
Basic Data balanced:
-------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

b:loc_name              Name    

Element Parameter:

e:loc_name              Name    
e:bus1           StaCubic       Terminal        
e:bus1_bar              Terminal        
e:cpZone                Zone    
e:cpArea                Area    
e:outserv               Out of Service  
e:nphase                No. of Phases   
e:itype                 Type    
e:Unom           kV     Line-Line       
e:Unnom          kV     Line-Ground     
e:c_pmod                Model   
e:cpGrid                Grid    
e:cpOwner               Owner   
e:cpOperator            Operator        
e:cpBranch              Branch  
e:cpSubstat             Substation      
e:cpSite                Site    
e:cpMeteostat           Meteo Station   
e:cpHeadFold            Head Folder     
e:fold_id               In Folder       
e:ciOutaged             Planned Outage  
e:ciEnergized           Energized       
e:ciEarthed             Earthed 
e:cDisplayName          Display Name    
e:cpSupplyTransformer           Supplying Transformer   
e:cpSupplyTrfStation            Supplying Secondary Substation  
e:cpSupplySubstation            Supplying Substation    

Scenario Parameter:

e:loc_name              Name    
e:bus1           StaCubic       Terminal        
e:bus1_bar              Terminal        
e:cpZone                Zone    
e:cpArea                Area    
e:outserv               Out of Service  
e:nphase                No. of Phases   
e:itype                 Type    
e:Unom           kV     Line-Line       
e:Unnom          kV     Line-Ground     
e:c_pmod                Model   
e:cpGrid                Grid    
e:cpOwner               Owner   
e:cpOperator            Operator        
e:cpBranch              Branch  
e:cpSubstat             Substation      
e:cpSite                Site    
e:cpMeteostat           Meteo Station   
e:cpHeadFold            Head Folder     
e:fold_id               In Folder       
e:ciOutaged             Planned Outage  
e:ciEnergized           Energized       
e:ciEarthed             Earthed 
e:cDisplayName          Display Name    
e:cpSupplyTransformer           Supplying Transformer   
e:cpSupplyTrfStation            Supplying Secondary Substation  
e:cpSupplySubstation            Supplying Substation    

Type Parameter:



Reference Parameter:

r:bus1           StaCubic       Terminal        
r:cpZone                Zone    
r:cpArea                Area    
r:c_pmod                Model   
r:cpGrid                Grid    
r:cpOwner               Owner   
r:cpOperator            Operator        
r:cpBranch              Branch  
r:cpSubstat             Substation      
r:cpSite                Site    
r:cpMeteostat           Meteo Station   
r:cpHeadFold            Head Folder     
r:fold_id               In Folder       
r:cpSupplyTransformer           Supplying Transformer   
r:cpSupplyTrfStation            Supplying Secondary Substation  
r:cpSupplySubstation            Supplying Substation    

Basic Data unbalanced:
---------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

b:loc_name              Name    

Element Parameter:

e:loc_name              Name    
e:bus1           StaCubic       Terminal        
e:bus1_bar              Terminal        
e:cpZone                Zone    
e:cpArea                Area    
e:outserv               Out of Service  
e:nphase                No. of Phases   
e:itype                 Type    
e:Unom           kV     Line-Line       
e:Unnom          kV     Line-Ground     
e:c_pmod                Model   
e:cpGrid                Grid    
e:cpOwner               Owner   
e:cpOperator            Operator        
e:cpBranch              Branch  
e:cpSubstat             Substation      
e:cpSite                Site    
e:cpMeteostat           Meteo Station   
e:cpHeadFold            Head Folder     
e:fold_id               In Folder       
e:ciOutaged             Planned Outage  
e:ciEnergized           Energized       
e:ciEarthed             Earthed 
e:cDisplayName          Display Name    
e:cpSupplyTransformer           Supplying Transformer   
e:cpSupplyTrfStation            Supplying Secondary Substation  
e:cpSupplySubstation            Supplying Substation    

Scenario Parameter:

e:loc_name              Name    
e:bus1           StaCubic       Terminal        
e:bus1_bar              Terminal        
e:cpZone                Zone    
e:cpArea                Area    
e:outserv               Out of Service  
e:nphase                No. of Phases   
e:itype                 Type    
e:Unom           kV     Line-Line       
e:Unnom          kV     Line-Ground     
e:c_pmod                Model   
e:cpGrid                Grid    
e:cpOwner               Owner   
e:cpOperator            Operator        
e:cpBranch              Branch  
e:cpSubstat             Substation      
e:cpSite                Site    
e:cpMeteostat           Meteo Station   
e:cpHeadFold            Head Folder     
e:fold_id               In Folder       
e:ciOutaged             Planned Outage  
e:ciEnergized           Energized       
e:ciEarthed             Earthed 
e:cDisplayName          Display Name    
e:cpSupplyTransformer           Supplying Transformer   
e:cpSupplyTrfStation            Supplying Secondary Substation  
e:cpSupplySubstation            Supplying Substation    

Type Parameter:



Reference Parameter:

r:bus1           StaCubic       Terminal        
r:cpZone                Zone    
r:cpArea                Area    
r:c_pmod                Model   
r:cpGrid                Grid    
r:cpOwner               Owner   
r:cpOperator            Operator        
r:cpBranch              Branch  
r:cpSubstat             Substation      
r:cpSite                Site    
r:cpMeteostat           Meteo Station   
r:cpHeadFold            Head Folder     
r:fold_id               In Folder       
r:cpSupplyTransformer           Supplying Transformer   
r:cpSupplyTrfStation            Supplying Secondary Substation  
r:cpSupplySubstation            Supplying Substation    

Load Flow AC balanced:
---------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:

e:usetp          p.u.   Voltage, Magnitude      
e:phisetp        deg    Voltage, Angle  
e:contbar        ElmTerm        Controlled Node 
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:p_uctrl        ElmLdfctrl*    Voltage Control 
e:p_phictrl      ElmLdfctrl*    Angle Control   
e:Pload          MW     Active Power    
e:Qload          Mvar   Reactive Power  
e:Pzload         MW     Active Power    
e:Qzload         Mvar   Reactive Power  
e:Kpf            MW/Hz  Prim. Frequency Bias    
e:Ksf            MW/Hz  Sec. Frequency Bias     
e:c_psecc        ElmSecctrl     Ext. Secondary Controller       
e:Pgen           MW     Active Power    
e:Qgen           Mvar   Reactive Power  
e:Rext           Ohm    Resistance      
e:Xext           Ohm    Reactance       
e:usetp0         p.u.   Voltage, Magnitude      
e:phisetp0       deg    Voltage, Angle  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:usetp2         p.u.   Voltage, Magnitude      
e:phisetp2       deg    Voltage, Angle  
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iPossibleSlack                Can be considered as a potential slack  
e:qdslCtrl              Quasi-Dynamic Model     
e:cpFeed                Feeder  
e:ciDist                Distance from infeed in number of buses 
e:ciLater               Lateral Index   
e:ciDistRoot            Distance from first infeed in number of buses   
e:ciDistAll             Distance from infeed in number of buses including switches      
e:ciDistAllRoot                 Distance from first infeed in number of buses including switches        

Scenario Parameter:

e:usetp          p.u.   Voltage, Magnitude      
e:phisetp        deg    Voltage, Angle  
e:contbar        ElmTerm        Controlled Node 
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:p_uctrl        ElmLdfctrl*    Voltage Control 
e:p_phictrl      ElmLdfctrl*    Angle Control   
e:Pload          MW     Active Power    
e:Qload          Mvar   Reactive Power  
e:Pzload         MW     Active Power    
e:Qzload         Mvar   Reactive Power  
e:Kpf            MW/Hz  Prim. Frequency Bias    
e:Ksf            MW/Hz  Sec. Frequency Bias     
e:c_psecc        ElmSecctrl     Ext. Secondary Controller       
e:Pgen           MW     Active Power    
e:Qgen           Mvar   Reactive Power  
e:Rext           Ohm    Resistance      
e:Xext           Ohm    Reactance       
e:usetp0         p.u.   Voltage, Magnitude      
e:phisetp0       deg    Voltage, Angle  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:usetp2         p.u.   Voltage, Magnitude      
e:phisetp2       deg    Voltage, Angle  
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iPossibleSlack                Can be considered as a potential slack  
e:qdslCtrl              Quasi-Dynamic Model     
e:cpFeed                Feeder  
e:ciDist                Distance from infeed in number of buses 
e:ciLater               Lateral Index   
e:ciDistRoot            Distance from first infeed in number of buses   
e:ciDistAll             Distance from infeed in number of buses including switches      
e:ciDistAllRoot                 Distance from first infeed in number of buses including switches        

Type Parameter:



Reference Parameter:

r:contbar        ElmTerm        Controlled Node 
r:p_uctrl        ElmLdfctrl*    Voltage Control 
r:p_phictrl      ElmLdfctrl*    Angle Control   
r:c_psecc        ElmSecctrl     Ext. Secondary Controller       
r:qdslCtrl              Quasi-Dynamic Model     
r:cpFeed                Feeder  

Load Flow AC unbalanced:
-----------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:

e:usetp          p.u.   Voltage, Magnitude      
e:phisetp        deg    Voltage, Angle  
e:contbar        ElmTerm        Controlled Node 
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:p_uctrl        ElmLdfctrl*    Voltage Control 
e:p_phictrl      ElmLdfctrl*    Angle Control   
e:Pload          MW     Active Power    
e:Qload          Mvar   Reactive Power  
e:Pzload         MW     Active Power    
e:Qzload         Mvar   Reactive Power  
e:Kpf            MW/Hz  Prim. Frequency Bias    
e:Ksf            MW/Hz  Sec. Frequency Bias     
e:c_psecc        ElmSecctrl     Ext. Secondary Controller       
e:Pgen           MW     Active Power    
e:Qgen           Mvar   Reactive Power  
e:Rext           Ohm    Resistance      
e:Xext           Ohm    Reactance       
e:usetp0         p.u.   Voltage, Magnitude      
e:phisetp0       deg    Voltage, Angle  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:usetp2         p.u.   Voltage, Magnitude      
e:phisetp2       deg    Voltage, Angle  
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iPossibleSlack                Can be considered as a potential slack  
e:qdslCtrl              Quasi-Dynamic Model     
e:cpFeed                Feeder  
e:ciDist                Distance from infeed in number of buses 
e:ciLater               Lateral Index   
e:ciDistRoot            Distance from first infeed in number of buses   
e:ciDistAll             Distance from infeed in number of buses including switches      
e:ciDistAllRoot                 Distance from first infeed in number of buses including switches        

Scenario Parameter:

e:usetp          p.u.   Voltage, Magnitude      
e:phisetp        deg    Voltage, Angle  
e:contbar        ElmTerm        Controlled Node 
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:p_uctrl        ElmLdfctrl*    Voltage Control 
e:p_phictrl      ElmLdfctrl*    Angle Control   
e:Pload          MW     Active Power    
e:Qload          Mvar   Reactive Power  
e:Pzload         MW     Active Power    
e:Qzload         Mvar   Reactive Power  
e:Kpf            MW/Hz  Prim. Frequency Bias    
e:Ksf            MW/Hz  Sec. Frequency Bias     
e:c_psecc        ElmSecctrl     Ext. Secondary Controller       
e:Pgen           MW     Active Power    
e:Qgen           Mvar   Reactive Power  
e:Rext           Ohm    Resistance      
e:Xext           Ohm    Reactance       
e:usetp0         p.u.   Voltage, Magnitude      
e:phisetp0       deg    Voltage, Angle  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:usetp2         p.u.   Voltage, Magnitude      
e:phisetp2       deg    Voltage, Angle  
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iPossibleSlack                Can be considered as a potential slack  
e:qdslCtrl              Quasi-Dynamic Model     
e:cpFeed                Feeder  
e:ciDist                Distance from infeed in number of buses 
e:ciLater               Lateral Index   
e:ciDistRoot            Distance from first infeed in number of buses   
e:ciDistAll             Distance from infeed in number of buses including switches      
e:ciDistAllRoot                 Distance from first infeed in number of buses including switches        

Type Parameter:



Reference Parameter:

r:contbar        ElmTerm        Controlled Node 
r:p_uctrl        ElmLdfctrl*    Voltage Control 
r:p_phictrl      ElmLdfctrl*    Angle Control   
r:c_psecc        ElmSecctrl     Ext. Secondary Controller       
r:qdslCtrl              Quasi-Dynamic Model     
r:cpFeed                Feeder  

Short-Circuit VDE/IEC balanced:
------------------------------

Currents, Voltages and Powers:

m:Ikss:bus1              kA     Initial Short-Circuit Current   
m:ikss:bus1              p.u.   Initial Short-Circuit Current, Magnitude        
m:phii:bus1              deg    Phase Current, Angle    
m:maxIkss:bus1           kA     Max. Initial Short-Circuit Current      
m:Skss:bus1              MVA    Initial Short-Circuit Power     
m:ip:bus1                kA     Peak Short-Circuit Current      
m:maxip:bus1             kA     Max. Peak Short-Circuit Current 
m:maxIb:bus1             kA     Max. Breaking Current   
m:maxIth:bus1            kA     Max. Thermal equivalent Short-Circuit Current   
m:Ib:bus1                kA     Short-Circuit Breaking Current  
m:Sb:bus1                MVA    Short-Circuit Breaking Power    
m:Ik:bus1                kA     Steady-State Short-Circuit Current      
m:Ith:bus1               kA     Thermal equivalent Short-Circuit Current        
m:I:bus1                 kA     Short-Circuit Current   
m:R:bus1                 Ohm    Fault Impedance, Real Part      
m:X:bus1                 Ohm    Fault Impedance, Imaginary Part 
m:Z:bus1                 Ohm    Fault Impedance, Magnitude      
m:phiz:bus1              deg    Fault Impedance, Angle  
m:zSbase:bus1            p.u.   Fault Impedance, Magnitude      
m:XtoR:bus1                     X/R ratio       
m:Zs:bus1                Ohm    Source Impedance, Magnitude     
m:phizs:bus1             deg    Source Impedance, Angle 
m:Rs:bus1                Ohm    Source Impedance, Real Part     
m:Xs:bus1                Ohm    Source Impedance, Imaginary Part        
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in Positive-Sequence System   
m:cosphiui:bus1                 cosphi  
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:Tfct:bus1              s      Fault Clearing Time     
m:BrkIpload:bus1         %      Breaker Loading (peak)  
m:BrkIbload:bus1         %      Breaker Loading (breaking)      
m:BrkmaxIb:bus1          kA     Max. Breaking Current (breaker time)    

Bus Results:

n:Ikss:bus1              kA     Initial Short-Circuit Current   
n:I:bus1                 kA     Short-Circuit Current   
n:phii:bus1              deg    Phase Current, Angle    
n:Skss:bus1              MVA    Initial Short-Circuit Power     
n:ip:bus1                kA     Peak Short-Circuit Current      
n:Ib:bus1                kA     Short-Circuit Breaking Current  
n:Sb:bus1                MVA    Short-Circuit Breaking Power    
n:Ik:bus1                kA     Steady-State Short-Circuit Current      
n:Ith:bus1               kA     Thermal equivalent Short-Circuit Current        
n:R:bus1                 Ohm    Short-Circuit Impedance, Real Part      
n:X:bus1                 Ohm    Short-Circuit Impedance, Imaginary Part 
n:Z:bus1                 Ohm    Short-Circuit Impedance, Magnitude      
n:phiz:bus1              deg    Short-Circuit Impedance, Angle  
n:rSbase:bus1            p.u.   Short-Circuit Impedance, Real Part      
n:xSbase:bus1            p.u.   Short-Circuit Impedance, Imaginary Part 
n:zSbase:bus1            p.u.   Short-Circuit Impedance, Magnitude      
n:XtoR:bus1                     X/R ratio (peak)        
n:RtoX:bus1                     R/X ratio (peak)        
n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:du:bus1                %      Voltage Deviation       
n:urpref:bus1            p.u.   Pre-fault Voltage, Real Part    
n:uipref:bus1            p.u.   Pre-fault Voltage, Imaginary Part       
n:upref:bus1             p.u.   Pre-fault Voltage, Magnitude    
n:uprefpc:bus1           %      Pre-fault Voltage, Magnitude    
n:Upref:bus1             kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Ulpref:bus1            kV     Line-Line Pre-fault Voltage, Magnitude  
n:phiupref:bus1          deg    Pre-fault Voltage, Angle        
n:phiui:bus1             deg    Angle between Voltage and Current       
n:cfac:bus1                     Voltage Factor  
n:idc:bus1               kA     Decaying Component      
n:Iasy:bus1              kA     Asymmetrical Breaking Current   
n:Ithload:bus1           %      Loading, Thermal equivalent Current     
n:Ipload:bus1            %      Loading, Peak Short-Circuit Current     
n:Ithrtk:bus1            kA     Rated Short-Time Current (Tk)   
n:Tn:bus1                ms     Grid Time Constant      
n:XtoR_b:bus1                   X/R ratio (dc)  
n:RtoX_b:bus1                   R/X ratio (dc)  
n:fctof_b:bus1                  Equivalent Frequency fc/f (dc)  

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Type Parameter:



Reference Parameter:



Short-Circuit VDE/IEC unbalanced:
--------------------------------

Currents, Voltages and Powers:

m:Ikss:bus1:A            kA     Initial Short-Circuit Current   
m:Ikss:bus1:B            kA     Initial Short-Circuit Current   
m:Ikss:bus1:C            kA     Initial Short-Circuit Current   
m:ikss:bus1:A            p.u.   Initial Short-Circuit Current, Magnitude        
m:ikss:bus1:B            p.u.   Initial Short-Circuit Current, Magnitude        
m:ikss:bus1:C            p.u.   Initial Short-Circuit Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:maxIkss:bus1           kA     Max. Initial Short-Circuit Current      
m:Skss:bus1:A            MVA    Initial Short-Circuit Power     
m:Skss:bus1:B            MVA    Initial Short-Circuit Power     
m:Skss:bus1:C            MVA    Initial Short-Circuit Power     
m:Skssx3:bus1:A          MVA    3*Initial Short-Circuit Power   
m:Skssx3:bus1:B          MVA    3*Initial Short-Circuit Power   
m:Skssx3:bus1:C          MVA    3*Initial Short-Circuit Power   
m:ip:bus1:A              kA     Peak Short-Circuit Current      
m:ip:bus1:B              kA     Peak Short-Circuit Current      
m:ip:bus1:C              kA     Peak Short-Circuit Current      
m:maxip:bus1             kA     Max. Peak Short-Circuit Current 
m:maxIth:bus1            kA     Max. Thermal equivalent Short-Circuit Current   
m:Z:bus1:A               Ohm    Fault Impedance, Magnitude      
m:Z:bus1:B               Ohm    Fault Impedance, Magnitude      
m:Z:bus1:C               Ohm    Fault Impedance, Magnitude      
m:phiz:bus1:A            deg    Fault Impedance, Angle  
m:phiz:bus1:B            deg    Fault Impedance, Angle  
m:phiz:bus1:C            deg    Fault Impedance, Angle  
m:Zl:bus1:A              Ohm    Line-Line Fault Impedance, Magnitude    
m:Zl:bus1:B              Ohm    Line-Line Fault Impedance, Magnitude    
m:Zl:bus1:C              Ohm    Line-Line Fault Impedance, Magnitude    
m:phizl:bus1:A           deg    Line-Line Fault Impedance, Angle        
m:phizl:bus1:B           deg    Line-Line Fault Impedance, Angle        
m:phizl:bus1:C           deg    Line-Line Fault Impedance, Angle        
m:Z0:bus1                Ohm    Zero-Sequence Fault Impedance, Magnitude        
m:phiz0:bus1             deg    Zero-Sequence Fault Impedance, Angle    
m:z0Sbase:bus1           p.u.   Zero-Sequence Fault Impedance, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in Zero-Sequence System       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in Positive-Sequence System   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in Negative-Sequence System   
m:cosphiu1i1:bus1               Positive-Sequence cosphi        
m:I0x3watt:bus1          kA     Earth-Fault Residual Current    
m:I0x3var:bus1           kA     Capacitive Earth-Fault Current  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:cosphisum:bus1                Total Power Factor      
m:P0:bus1                MW     P0      
m:Q0cap:bus1             Mvar   Q0 capacitive   
m:P2:bus1                MW     P2      
m:Q2:bus1                Mvar   Q2      
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:Zfrel:bus1             Ohm    Relay Impedance, Magnitude      
m:phizfrel:bus1          deg    Relay Impedance, Angle  
m:Rfrel:bus1             Ohm    Relay Impedance, Real Part      
m:Xfrel:bus1             Ohm    Relay Impedance, Imaginary Part 
m:Zs:bus1                Ohm    Source Impedance, Magnitude     
m:phizs:bus1             deg    Source Impedance, Angle 
m:Rs:bus1                Ohm    Source Impedance, Real Part     
m:Xs:bus1                Ohm    Source Impedance, Imaginary Part        
m:Zf:bus1                Ohm    Meas. Fault Impedance, Magnitude        
m:phizf:bus1             deg    Meas. Fault Impedance, Angle    
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:BrkIpload:bus1         %      Max. Breaker Loading (peak)     

Bus Results:

n:Ikss:bus1:A            kA     Initial Short-Circuit Current   
n:Ikss:bus1:B            kA     Initial Short-Circuit Current   
n:Ikss:bus1:C            kA     Initial Short-Circuit Current   
n:I:bus1:A               kA     Short-Circuit Current   
n:I:bus1:B               kA     Short-Circuit Current   
n:I:bus1:C               kA     Short-Circuit Current   
n:phii:bus1:A            deg    Phase Current, Angle    
n:phii:bus1:B            deg    Phase Current, Angle    
n:phii:bus1:C            deg    Phase Current, Angle    
n:Skss:bus1:A            MVA    Initial Short-Circuit Power     
n:Skss:bus1:B            MVA    Initial Short-Circuit Power     
n:Skss:bus1:C            MVA    Initial Short-Circuit Power     
n:Skssx3:bus1:A          MVA    3*Initial Short-Circuit Power   
n:Skssx3:bus1:B          MVA    3*Initial Short-Circuit Power   
n:Skssx3:bus1:C          MVA    3*Initial Short-Circuit Power   
n:ip:bus1:A              kA     Peak Short-Circuit Current      
n:ip:bus1:B              kA     Peak Short-Circuit Current      
n:ip:bus1:C              kA     Peak Short-Circuit Current      
n:Ib:bus1:A              kA     Short-Circuit Breaking Current  
n:Ib:bus1:B              kA     Short-Circuit Breaking Current  
n:Ib:bus1:C              kA     Short-Circuit Breaking Current  
n:Sb:bus1:A              MVA    Short-Circuit Breaking Power    
n:Sb:bus1:B              MVA    Short-Circuit Breaking Power    
n:Sb:bus1:C              MVA    Short-Circuit Breaking Power    
n:Ith:bus1:A             kA     Thermal equivalent Short-Circuit Current        
n:Ith:bus1:B             kA     Thermal equivalent Short-Circuit Current        
n:Ith:bus1:C             kA     Thermal equivalent Short-Circuit Current        
n:Ithmax:bus1            kA     Max. Thermal equivalent Short-Circuit Current   
n:Ik:bus1:A              kA     Steady-State Short-Circuit Current      
n:Ik:bus1:B              kA     Steady-State Short-Circuit Current      
n:Ik:bus1:C              kA     Steady-State Short-Circuit Current      
n:R0:bus1                Ohm    Zero-Sequence Impedance, Real Part      
n:X0:bus1                Ohm    Zero-Sequence Impedance, Imaginary Part 
n:Z0:bus1                Ohm    Zero-Sequence Impedance, Magnitude      
n:phiz0:bus1             deg    Zero-Sequence Impedance, Angle  
n:r0Sbase:bus1           p.u.   Zero-Sequence Impedance, Real Part      
n:x0Sbase:bus1           p.u.   Zero-Sequence Impedance, Imaginary Part 
n:z0Sbase:bus1           p.u.   Zero-Sequence Impedance, Magnitude      
n:R1:bus1                Ohm    Positive-Sequence Impedance, Real Part  
n:X1:bus1                Ohm    Positive-Sequence Impedance, Imaginary Part     
n:Z1:bus1                Ohm    Positive-Sequence Impedance, Magnitude  
n:phiz1:bus1             deg    Positive-Sequence Impedance, Angle      
n:r1Sbase:bus1           p.u.   Positive-Sequence Impedance, Real Part  
n:x1Sbase:bus1           p.u.   Positive-Sequence Impedance, Imaginary Part     
n:z1Sbase:bus1           p.u.   Positive-Sequence Impedance, Magnitude  
n:R2:bus1                Ohm    Negative-Sequence Impedance, Real Part  
n:X2:bus1                Ohm    Negative-Sequence Impedance, Imaginary Part     
n:Z2:bus1                Ohm    Negative-Sequence Impedance, Magnitude  
n:phiz2:bus1             deg    Negative-Sequence Impedance, Angle      
n:r2Sbase:bus1           p.u.   Negative-Sequence Impedance, Real Part  
n:x2Sbase:bus1           p.u.   Negative-Sequence Impedance, Imaginary Part     
n:z2Sbase:bus1           p.u.   Negative-Sequence Impedance, Magnitude  
n:R:bus1:A               Ohm    Network Resistance, Line-Ground 
n:R:bus1:B               Ohm    Network Resistance, Line-Ground 
n:R:bus1:C               Ohm    Network Resistance, Line-Ground 
n:X:bus1:A               Ohm    Network Reactance, Line-Ground  
n:X:bus1:B               Ohm    Network Reactance, Line-Ground  
n:X:bus1:C               Ohm    Network Reactance, Line-Ground  
n:Z:bus1:A               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:B               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:C               Ohm    Network Impedance, Line-Ground  
n:phiz:bus1:A            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:B            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:C            deg    Angle of Network Impedance, Line-Ground 
n:Rl:bus1:A              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:B              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:C              Ohm    Network Resistance, Line-Line   
n:Xl:bus1:A              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:B              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:C              Ohm    Network Reactance, Line-Line    
n:Zl:bus1:A              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:B              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:C              Ohm    Network Impedance, Line-Line    
n:phizl:bus1:A           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:B           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:C           deg    Angle of Network Impedance, Line-Line   
n:Rln:bus1:A             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:B             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:C             Ohm    Network Resistance, Line-Neutral        
n:Xln:bus1:A             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:B             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:C             Ohm    Network Reactance, Line-Neutral 
n:Zln:bus1:A             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:B             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:C             Ohm    Network Impedance, Line-Neutral 
n:phizln:bus1:A          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:B          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:C          deg    Angle of Network Impedance, Line-Neutral        
n:Rn:bus1                Ohm    Network Resistance, Neutral     
n:Xn:bus1                Ohm    Network Reactance, Neutral      
n:Zn:bus1                Ohm    Network Impedance, Neutral      
n:phizn:bus1             deg    Angle of Network Impedance, Neutral     
n:eff:bus1:A                    Earth Fault Factor      
n:eff:bus1:B                    Earth Fault Factor      
n:eff:bus1:C                    Earth Fault Factor      
n:X0toX1:bus1                   X0/X1   
n:in:bus1                p.u.   Neutral Current, Magnitude      
n:In:bus1                kA     Neutral Current, Magnitude      
n:phiin:bus1             deg    Neutral Current, Angle  
n:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
n:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
n:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
n:I0:bus1                kA     Zero-Sequence Current, Magnitude        
n:I0x3:bus1              kA     3*I0    
n:phii0:bus1             deg    Zero-Sequence Current, Angle    
n:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
n:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
n:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
n:I1:bus1                kA     Positive-Sequence Current, Magnitude    
n:phii1:bus1             deg    Positive-Sequence Current, Angle        
n:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
n:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
n:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
n:I2:bus1                kA     Negative-Sequence Current, Magnitude    
n:phii2:bus1             deg    Negative-Sequence Current, Angle        
n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:du:bus1:A              %      Voltage Deviation       
n:du:bus1:B              %      Voltage Deviation       
n:du:bus1:C              %      Voltage Deviation       
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:urpref:bus1:A          p.u.   Pre-fault Voltage, Real Part    
n:urpref:bus1:B          p.u.   Pre-fault Voltage, Real Part    
n:urpref:bus1:C          p.u.   Pre-fault Voltage, Real Part    
n:uipref:bus1:A          p.u.   Pre-fault Voltage, Imaginary Part       
n:uipref:bus1:B          p.u.   Pre-fault Voltage, Imaginary Part       
n:uipref:bus1:C          p.u.   Pre-fault Voltage, Imaginary Part       
n:upref:bus1:A           p.u.   Pre-fault Voltage, Magnitude    
n:upref:bus1:B           p.u.   Pre-fault Voltage, Magnitude    
n:upref:bus1:C           p.u.   Pre-fault Voltage, Magnitude    
n:uprefpc:bus1:A         %      Pre-fault Voltage, Magnitude    
n:uprefpc:bus1:B         %      Pre-fault Voltage, Magnitude    
n:uprefpc:bus1:C         %      Pre-fault Voltage, Magnitude    
n:Upref:bus1:A           kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Upref:bus1:B           kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Upref:bus1:C           kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Ulpref:bus1:A          kV     Line-Line Pre-fault Voltage, Magnitude  
n:Ulpref:bus1:B          kV     Line-Line Pre-fault Voltage, Magnitude  
n:Ulpref:bus1:C          kV     Line-Line Pre-fault Voltage, Magnitude  
n:phiupref:bus1:A        deg    Pre-fault Voltage, Angle        
n:phiupref:bus1:B        deg    Pre-fault Voltage, Angle        
n:phiupref:bus1:C        deg    Pre-fault Voltage, Angle        
n:phiui:bus1:A           deg    Angle between Voltage and Current       
n:phiui:bus1:B           deg    Angle between Voltage and Current       
n:phiui:bus1:C           deg    Angle between Voltage and Current       
n:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
n:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
n:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
n:Ithload:bus1           %      Loading, Thermal equivalent Current     
n:Ipload:bus1            %      Loading, Peak Short-Circuit Current     
n:Ithrtk:bus1            kA     Rated Short-Time Current (Tk)   
n:cfac:bus1                     Voltage Factor  
n:XtoR:bus1                     X/R ratio (peak)        
n:RtoX:bus1                     R/X ratio (peak)        

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Type Parameter:



Reference Parameter:



Simulation RMS balanced:
-----------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:ishcr:bus1             p.u.   Short-Circuit Current, real     
n:ishci:bus1             p.u.   Short-Circuit Current, imag     
n:ishc:bus1              p.u.   Short-Circuit Current, magnitude        
n:Ishc:bus1              kA     Short-Circuit Current, magnitude        
n:fe:bus1                p.u.   Electrical Frequency    
n:frdev:bus1             Hz     average frequency       
n:dfehz:bus1             Hz     Deviation of the El. Frequency  
n:dfedt:bus1             p.u./s         Derivative of El. Frequency     
n:fehz:bus1              Hz     Electrical Frequency    
n:frnom:bus1             Hz     Nominal Frequency       

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:f0             p.u.   IN      Frequency-Input continuous, double      
s:F0Hz           Hz     IN      Frequency-Input continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Additional Angle        continuous, double      
s:fref           p.u.   IN      Reference Frequency     continuous, double      
s:xspeed         p.u.   OUT     Frequency       continuous, double      
s:phiu           rad    STATE   Voltage-Angle   continuous, double      
s:phiu:dt        rad/s  d/dt    Voltage-Angle, derivative       continuous, double      

Calculation Parameter:

c:hpi            rad/s  Nominal-Angular-Frequency       

Element Parameter:

e:iAstabint             A-stable integration algorithm  
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Scenario Parameter:

e:iAstabint             A-stable integration algorithm  
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Type Parameter:



Reference Parameter:



Simulation RMS unbalanced:
-------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude        
m:inet:bus1:B            p.u.   Phase Current, Magnitude        
m:inet:bus1:C            p.u.   Phase Current, Magnitude        
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:ishcr:bus1:A           p.u.   Short-Circuit Current, real     
n:ishcr:bus1:B           p.u.   Short-Circuit Current, real     
n:ishcr:bus1:C           p.u.   Short-Circuit Current, real     
n:ishci:bus1:A           p.u.   Short-Circuit Current, imag     
n:ishci:bus1:B           p.u.   Short-Circuit Current, imag     
n:ishci:bus1:C           p.u.   Short-Circuit Current, imag     
n:ishc:bus1:A            p.u.   Short-Circuit Current, magnitude        
n:ishc:bus1:B            p.u.   Short-Circuit Current, magnitude        
n:ishc:bus1:C            p.u.   Short-Circuit Current, magnitude        
n:Ishc:bus1:A            kA     Short-Circuit Current, magnitude        
n:Ishc:bus1:B            kA     Short-Circuit Current, magnitude        
n:Ishc:bus1:C            kA     Short-Circuit Current, magnitude        
n:inshc:bus1             p.u.   Neutral Short-Circuit Current, magnitude        
n:Inshc:bus1             kA     Neutral Short-Circuit Current, magnitude        
n:fe:bus1                p.u.   Electrical Frequency    
n:frdev:bus1             Hz     average frequency       
n:dfehz:bus1             Hz     Deviation of the El. Frequency  
n:dfedt:bus1             p.u./s         Derivative of El. Frequency     
n:fehz:bus1              Hz     Electrical Frequency    
n:frnom:bus1             Hz     Nominal Frequency       

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:f0             p.u.   IN      Frequency-Input continuous, double      
s:F0Hz           Hz     IN      Frequency-Input continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Additional Angle        continuous, double      
s:fref           p.u.   IN      Reference Frequency     continuous, double      
s:xspeed         p.u.   OUT     Frequency       continuous, double      
s:phiu           rad    STATE   Voltage-Angle   continuous, double      
s:phiu:dt        rad/s  d/dt    Voltage-Angle, derivative       continuous, double      

Calculation Parameter:

c:hpi            rad/s  Nominal-Angular-Frequency       
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  

Element Parameter:

e:iAstabint             A-stable integration algorithm  
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Scenario Parameter:

e:iAstabint             A-stable integration algorithm  
e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Type Parameter:



Reference Parameter:



Simulation EMT balanced:
-----------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Type Parameter:



Reference Parameter:



Simulation EMT unbalanced:
-------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage   
m:u1r:bus1               p.u.   Voltage Phasor, Real Part       
m:u1i:bus1               p.u.   Voltage Phasor, Imaginary Part  
m:u1:bus1                p.u.   Voltage Phasor, Magnitude       
m:U1:bus1                kV     Line-Ground Voltage Phasor, Magnitude   
m:U1l:bus1               kV     Line-Line Voltage Phasor, Magnitude     
m:phiu1:bus1             deg    Voltage Phasor, Angle   
m:I:bus1:A               kA     Phase Current   
m:I:bus1:B               kA     Phase Current   
m:I:bus1:C               kA     Phase Current   
m:i0:bus1                p.u.   Zero-Sequence Current   
m:I0:bus1                kA     Zero-Sequence Current   
m:I0x3:bus1              kA     3*I0    
m:i1r:bus1               p.u.   Current Phasor, Real Part       
m:i1i:bus1               p.u.   Current Phasor, Imaginary Part  
m:i1:bus1                p.u.   Current Phasor, Magnitude       
m:I1:bus1                kA     Current Phasor, Magnitude       
m:phii1:bus1             deg    Current Phasor, Angle   
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Psum:bus1              MW     Power-Phasor, Active Power      
m:Qsum:bus1              Mvar   Power Phasor, Reactive Part     
m:Ssum:bus1              MVA    Power Phasor, Apparent Power    
m:cosphi1:bus1                  Power-Phasor, Power-Factor      
m:i1P:bus1               p.u.   Current Phasor, Active Current  
m:i1Q:bus1               p.u.   Current Phasor, Reactive Current        
m:I1P:bus1               kA     Current Phasor, Active Current  
m:I1Q:bus1               kA     Current Phasor, Reactive Current        
m:u:bus1:A               p.u.   Phase Voltage   
m:u:bus1:B               p.u.   Phase Voltage   
m:u:bus1:C               p.u.   Phase Voltage   
m:i:bus1:A               p.u.   Phase Current   
m:i:bus1:B               p.u.   Phase Current   
m:i:bus1:C               p.u.   Phase Current   
m:phiu1i1:bus1           deg    Angle between Voltage and Current Phasor        
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     

Bus Results:

n:u:bus1:A               p.u.   Phase Voltage   
n:u:bus1:B               p.u.   Phase Voltage   
n:u:bus1:C               p.u.   Phase Voltage   
n:upc:bus1:A             %      Phase Voltage   
n:upc:bus1:B             %      Phase Voltage   
n:upc:bus1:C             %      Phase Voltage   
n:U:bus1:A               kV     Phase Voltage   
n:U:bus1:B               kV     Phase Voltage   
n:U:bus1:C               kV     Phase Voltage   
n:ul:bus1:A              p.u.   Line-Line Voltage       
n:ul:bus1:B              p.u.   Line-Line Voltage       
n:ul:bus1:C              p.u.   Line-Line Voltage       
n:ulpc:bus1:A            %      Line-Line Voltage       
n:ulpc:bus1:B            %      Line-Line Voltage       
n:ulpc:bus1:C            %      Line-Line Voltage       
n:Ul:bus1:A              kV     Line-Line Voltage       
n:Ul:bus1:B              kV     Line-Line Voltage       
n:Ul:bus1:C              kV     Line-Line Voltage       
n:u0:bus1                p.u.   Zero-Sequence-Voltage   
n:U0:bus1                kV     Zero-Sequence-Voltage   
n:U0x3:bus1              kV     3*U0    
n:u1r:bus1               p.u.   Voltage Phasor, Real Part       
n:u1i:bus1               p.u.   Voltage Phasor, Imaginary Part  
n:u1:bus1                p.u.   Voltage Phasor, Magnitude       
n:u1pc:bus1              %      Voltage Phasor, Magnitude       
n:U1:bus1                kV     Voltage Phasor, Magnitude       
n:phiu1:bus1             deg    Voltage Phasor, Angle   
n:U1l:bus1               kV     Line-Line Voltage Phasor, Magnitude     
n:uln:bus1:A             p.u.   Line-Neutral Voltage    
n:uln:bus1:B             p.u.   Line-Neutral Voltage    
n:uln:bus1:C             p.u.   Line-Neutral Voltage    
n:Uln:bus1:A             kV     Line-Neutral Voltage    
n:Uln:bus1:B             kV     Line-Neutral Voltage    
n:Uln:bus1:C             kV     Line-Neutral Voltage    
n:un:bus1                p.u.   Neutral-Ground Voltage  
n:Un:bus1                kV     Neutral-Ground Voltage  
n:ishc:bus1:A            p.u.   Short-Circuit Current   
n:ishc:bus1:B            p.u.   Short-Circuit Current   
n:ishc:bus1:C            p.u.   Short-Circuit Current   
n:Ishc:bus1:A            kA     Short-Circuit Current   
n:Ishc:bus1:B            kA     Short-Circuit Current   
n:Ishc:bus1:C            kA     Short-Circuit Current   
n:inshc:bus1             p.u.   Neutral Short-Circuit Current, magnitude        
n:Inshc:bus1             kA     Neutral Short-Circuit Current, magnitude        
n:fe:bus1                p.u.   Electrical Frequency    
n:frdev:bus1             Hz     average frequency       
n:dfehz:bus1             Hz     Deviation of the El. Frequency  
n:fehz:bus1              Hz     Electrical Frequency    
n:frnom:bus1             Hz     Nominal Frequency       

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:f0             p.u.   IN      Frequency-Input continuous, double      
s:F0Hz           Hz     IN      Frequency-Input continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:dphiu          rad    IN      Additional Angle        continuous, double      
s:phiu           rad    STATE   Voltage-Angle   continuous, double      
s:phiu:dt        rad/s  d/dt    Voltage-Angle, derivative       continuous, double      

Calculation Parameter:

c:hpi            rad/s  Nominal-Angular-Frequency       
c:uini0                 0-Sequ. Voltage 
c:uini2                 2-Sequ. Voltage 
c:phiini0        rad    0-Sequ. Voltage, Angle  
c:phiini2        rad    2-Sequ. Voltage, Angle  

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:leadUinput            Voltage input   
e:leadFinput            Frequency input 
e:cosimModel            Used for Co-simulation  
e:phiSlackRef    rad    Initial rotor angle     
e:phiiniRef      rad    Initial angle of bus voltage    

Type Parameter:



Reference Parameter:



Power Quality/Harmonics balanced:
--------------------------------

Currents, Voltages and Powers:

m:I:bus1                 A      Current, Magnitude      
m:i:bus1                 p.u.   Current, Magnitude      
m:I1:bus1                A      Positive-Sequence Current, Magnitude    
m:I2:bus1                A      Negative Sequence Current, Magnitude    
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phii:bus1              deg    Current Angle, Absolute 
m:P:bus1                 kW     Active Power    
m:Q:bus1                 kvar   Reactive Power  
m:S:bus1                 kVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:HD:bus1                %      Harmonic Distortion (Current)   
m:HF:bus1                %      Harmonic Factor 
m:Irms:bus1              kA     Current, RMS-Value      
m:irms:bus1              p.u.   Current, RMS-Value      
m:THD:bus1               %      Total Harmonic Distortion (Current)     
m:THF:bus1               %      Total Harmonic Factor   
m:TP:bus1                MW     Total Active Power      
m:TQ:bus1                Mvar   Total Reactive Power    
m:TS:bus1                MVA    Total Apparent Power    
m:Tcosphi:bus1                  Total Power Factor      
m:IT:bus1                kA     IT-Product      
m:TAD:bus1               %      Arithmetic Distortion   
m:ki:bus1                       Current Diversity Factor        
m:ku:bus1                       Voltage Diversity Factor        

Bus Results:

n:R:bus1                 Ohm    Network Resistance      
n:X:bus1                 Ohm    Network Reactance       
n:Z:bus1                 Ohm    Network Impedance, Magnitude    
n:phiz:bus1              deg    Network Impedance, Angle        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:HD:bus1                %      Harmonic Distortion     
n:u2:bus1                p.u.   Negative Sequence Voltage       
n:HF:bus1                %      Harmonic Factor 
n:THD:bus1               %      Total Harmonic Distortion       
n:THF:bus1               %      Total Harmonic Factor   
n:urms:bus1              p.u.   RMS-Value of Voltage    
n:Urms:bus1              kV     RMS-Value of Line-Ground Voltage        
n:Ulrms:bus1             kV     RMS-Value of Line-Line Voltage  
n:TAD:bus1               %      Arithmetic Distortion   
n:uasum:bus1             p.u.   Arithmetic Voltage Sum  
n:TIF:bus1                      Telephone-Interference Factor   
n:urmsint:bus1           p.u.   RMS-Value of Integer Harmonics  
n:uasumint:bus1          p.u.   Arithmetic Sum of Integer Harmonics     
n:THDint:bus1            %      Total Harmonic Distortion, Integer Harmonics    
n:THDnint:bus1           %      Total Harmonic Distortion, Non-Integer Harmonics        
n:TADint:bus1            %      Arithmetic Distortion, Integer Harmonics        
n:TADnint:bus1           %      Arithmetic Distortion, Non-Integer Harmonics    
n:Pst_cont:bus1                 Short-Term Flicker Disturbance Factor, Continuous Operation     
n:Plt_cont:bus1                 Long-Term Flicker Disturbance Factor, Continuous Operation      
n:Pst_sw:bus1                   Short-Term Flicker Disturbance Factor, Switching Operations     
n:Plt_sw:bus1                   Long-Term Flicker Disturbance Factor, Switching Operations      
n:d_sw:bus1              %      Relative Voltage Change 
n:Pst20_cont:bus1               Short-Term Flicker Disturbance Factor, Continuous Operation, at 20°C    
n:Plt20_cont:bus1               Long-Term Flicker Disturbance Factor, Continuous Operation, at 20°C     
n:Pst20_sw:bus1                 Short-Term Flicker Disturbance Factor, Switching Operations, at 20°C    
n:Plt20_sw:bus1                 Long-Term Flicker Disturbance Factor, Switching Operations, at 20°C     
n:d20_sw:bus1            %      Relative Voltage Change, at 20°C        
n:PstTmax_cont:bus1             Short-Term Flicker Disturbance Factor, Continuous Operation, at max. operating temp.    
n:PltTmax_cont:bus1             Long-Term Flicker Disturbance Factor, Continuous Operation, at max. operating temp.     
n:PstTmax_sw:bus1               Short-Term Flicker Disturbance Factor, Switching Operations, at max. operating temp.    
n:PltTmax_sw:bus1               Long-Term Flicker Disturbance Factor, Switching Operations, at max. operating temp.     
n:dTmax_sw:bus1          %      Relative Voltage Change, at max. operating temp.        
n:SkV:bus1               MVA    Short-Circuit Power     
n:psikV:bus1             deg    Impedance Angle 

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 

Element Parameter:

e:iHmcType              Type of Harmonic Voltages       
e:cfreqs         Hz     Frequency       
e:ifreqs                Harm. Order     
e:u1_mag         p.u.   u1, Mag.        
e:u1_phase       deg    u1, Ang.        
e:u0_mag         p.u.   u0, Mag.        
e:u0_phase       deg    u0, Ang.        
e:u2_mag         p.u.   u2, Mag.        
e:u2_phase       deg    u2, Ang.        
e:umag_iec1      p.u.   U_h     
e:ifreqs_iec2           Harm. Order     
e:umag_iec2      p.u.   U_h     
e:fcharR1        ChaPol,ChaVec,ChaMat   R1(f)   
e:fcharL1        ChaPol,ChaVec,ChaMat   L1(f)   
e:fcharR0        ChaPol,ChaVec,ChaMat   R0(f)   
e:fcharL0        ChaPol,ChaVec,ChaMat   L0(f)   
e:fcharR2        ChaPol,ChaVec,ChaMat   R2(f)   
e:fcharL2        ChaPol,ChaVec,ChaMat   L2(f)   
e:R1             Ohm    Resistance, R1  
e:L1             mH     Inductance, L1  
e:R0             Ohm    Resistance, R0  
e:L0             mH     Inductance, L0  
e:R2             Ohm    Resistance, R2  
e:L2             mH     Inductance, L2  
e:dudf           p.u./Hz        Spectral Density of Voltage Magnitude   
e:fchardu        ChaPol,ChaVec,ChaMat   Frequency Dependency    
e:dphidf         deg/Hz         Spectral Density of Voltage Angle       
e:fchardphi      ChaPol,ChaVec,ChaMat   Frequency Dependency    

Scenario Parameter:

e:iHmcType              Type of Harmonic Voltages       
e:cfreqs         Hz     Frequency       
e:ifreqs                Harm. Order     
e:u1_mag         p.u.   u1, Mag.        
e:u1_phase       deg    u1, Ang.        
e:u0_mag         p.u.   u0, Mag.        
e:u0_phase       deg    u0, Ang.        
e:u2_mag         p.u.   u2, Mag.        
e:u2_phase       deg    u2, Ang.        
e:umag_iec1      p.u.   U_h     
e:ifreqs_iec2           Harm. Order     
e:umag_iec2      p.u.   U_h     
e:fcharR1        ChaPol,ChaVec,ChaMat   R1(f)   
e:fcharL1        ChaPol,ChaVec,ChaMat   L1(f)   
e:fcharR0        ChaPol,ChaVec,ChaMat   R0(f)   
e:fcharL0        ChaPol,ChaVec,ChaMat   L0(f)   
e:fcharR2        ChaPol,ChaVec,ChaMat   R2(f)   
e:fcharL2        ChaPol,ChaVec,ChaMat   L2(f)   
e:R1             Ohm    Resistance, R1  
e:L1             mH     Inductance, L1  
e:R0             Ohm    Resistance, R0  
e:L0             mH     Inductance, L0  
e:R2             Ohm    Resistance, R2  
e:L2             mH     Inductance, L2  
e:dudf           p.u./Hz        Spectral Density of Voltage Magnitude   
e:fchardu        ChaPol,ChaVec,ChaMat   Frequency Dependency    
e:dphidf         deg/Hz         Spectral Density of Voltage Angle       
e:fchardphi      ChaPol,ChaVec,ChaMat   Frequency Dependency    

Type Parameter:



Reference Parameter:

r:fcharR1        ChaPol,ChaVec,ChaMat   R1(f)   
r:fcharL1        ChaPol,ChaVec,ChaMat   L1(f)   
r:fcharR0        ChaPol,ChaVec,ChaMat   R0(f)   
r:fcharL0        ChaPol,ChaVec,ChaMat   L0(f)   
r:fcharR2        ChaPol,ChaVec,ChaMat   R2(f)   
r:fcharL2        ChaPol,ChaVec,ChaMat   L2(f)   
r:fchardu        ChaPol,ChaVec,ChaMat   Frequency Dependency    
r:fchardphi      ChaPol,ChaVec,ChaMat   Frequency Dependency    

Power Quality/Harmonics unbalanced:
----------------------------------

Currents, Voltages and Powers:

m:I:bus1:A               A      Phase Current   
m:I:bus1:B               A      Phase Current   
m:I:bus1:C               A      Phase Current   
m:i:bus1:A               p.u.   Phase Current   
m:i:bus1:B               p.u.   Phase Current   
m:i:bus1:C               p.u.   Phase Current   
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phii:bus1:A            deg    Current Angle, Absolute 
m:phii:bus1:B            deg    Current Angle, Absolute 
m:phii:bus1:C            deg    Current Angle, Absolute 
m:HD:bus1:A              %      Harmonic Distortion     
m:HD:bus1:B              %      Harmonic Distortion     
m:HD:bus1:C              %      Harmonic Distortion     
m:HF:bus1:A              %      Harmonic Factor 
m:HF:bus1:B              %      Harmonic Factor 
m:HF:bus1:C              %      Harmonic Factor 
m:P:bus1:A               kW     Active Power    
m:P:bus1:B               kW     Active Power    
m:P:bus1:C               kW     Active Power    
m:Q:bus1:A               kvar   Reactive Power  
m:Q:bus1:B               kvar   Reactive Power  
m:Q:bus1:C               kvar   Reactive Power  
m:S:bus1:A               kVA    Apparent Power  
m:S:bus1:B               kVA    Apparent Power  
m:S:bus1:C               kVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:i0:bus1                p.u.   Zero Sequence Current   
m:I0:bus1                A      Zero Sequence Current   
m:phiu0i0:bus1           deg    Angle between Voltage and Current in Zero-Sequence System       
m:HD0:bus1               %      Harmonic Distortion, Zero Sequence      
m:HF0:bus1               %      Harmonic Factor, Zero Sequence  
m:i1:bus1                p.u.   Positive Sequence Current       
m:I1:bus1                A      Positive Sequence Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in Positive-Sequence System   
m:HD1:bus1               %      Harmonic Distortion, Positive Sequence  
m:HF1:bus1               %      Harmonic Factor, Positive Sequence      
m:i2:bus1                p.u.   Negative Sequence Current       
m:I2:bus1                A      Negative Sequence Current       
m:phiu2i2:bus1           deg    Angle between Voltage and Current in Negative-Sequence System   
m:HD2:bus1               %      Harmonic Distortion, Negative Sequence  
m:HF2:bus1               %      Harmonic Factor, Negative Sequence      
m:Psum:bus1              kW     Active Power, All Phases        
m:Qsum:bus1              kvar   Reactive Power, All Phases      
m:Ssum:bus1              kVA    Apparent Power, All Phases      
m:cosphisum:bus1                Power Factor, All Phases        
m:ubfac:bus1                    Unbalance Factor        
m:Irms:bus1:A            kA     Phase Current, RMS Value        
m:Irms:bus1:B            kA     Phase Current, RMS Value        
m:Irms:bus1:C            kA     Phase Current, RMS Value        
m:irms:bus1:A            p.u.   Phase Current, RMS Value        
m:irms:bus1:B            p.u.   Phase Current, RMS Value        
m:irms:bus1:C            p.u.   Phase Current, RMS Value        
m:THD:bus1:A             %      Total Harmonic Distortion (Current)     
m:THD:bus1:B             %      Total Harmonic Distortion (Current)     
m:THD:bus1:C             %      Total Harmonic Distortion (Current)     
m:THF:bus1:A             %      Total Harmonic Factor   
m:THF:bus1:B             %      Total Harmonic Factor   
m:THF:bus1:C             %      Total Harmonic Factor   
m:TP:bus1:A              MW     Total Active Power      
m:TP:bus1:B              MW     Total Active Power      
m:TP:bus1:C              MW     Total Active Power      
m:TQ:bus1:A              Mvar   Total Reactive Power    
m:TQ:bus1:B              Mvar   Total Reactive Power    
m:TQ:bus1:C              Mvar   Total Reactive Power    
m:TS:bus1:A              MVA    Total Apparent Power    
m:TS:bus1:B              MVA    Total Apparent Power    
m:TS:bus1:C              MVA    Total Apparent Power    
m:Tcosphi:bus1:A                Total Power Factor      
m:Tcosphi:bus1:B                Total Power Factor      
m:Tcosphi:bus1:C                Total Power Factor      
m:i0rms:bus1             p.u.   Zero Sequence Current, RMS Value        
m:I0rms:bus1             kA     Zero Sequence Current, RMS Value        
m:THD0:bus1              %      Total Harmonic Distortion (Current, Zero Sequence)      
m:THF0:bus1              %      Total Harmonic Factor, Zero Sequence    
m:i1rms:bus1             p.u.   Positive Sequence Current, RMS Value    
m:I1rms:bus1             kA     Positive Sequence Current, RMS Value    
m:THD1:bus1              %      Total Harmonic Distortion (Current, Positive Sequence)  
m:THF1:bus1              %      Total Harmonic Factor, Positive Sequence        
m:i2rms:bus1             p.u.   Negative Sequence Current, RMS Value    
m:I2rms:bus1             kA     Negative Sequence Current, RMS Value    
m:THD2:bus1              %      Total Harmonic Distortion (Current, Negative Sequence)  
m:THF2:bus1              %      Total Harmonic Factor, Negative Sequence        
m:TPsum:bus1             MW     Total Active Power, All Phases  
m:TQsum:bus1             Mvar   Total Reactive Power, All Phases        
m:TSsum:bus1             MVA    Total Apparent Power, All Phases        
m:Tcosphisum:bus1               Total Power Factor, All Phases  
m:THDbal:bus1            %      Total Harmonic Distortion, excl. Zero-Sequence  
m:THDtot:bus1            %      Total Harmonic Distortion, incl. Zero Sequence  
m:TAD:bus1:A             %      Arithmetic Distortion   
m:TAD:bus1:B             %      Arithmetic Distortion   
m:TAD:bus1:C             %      Arithmetic Distortion   
m:TADmx:bus1             %      Arithmetic Distortion, Max. phase value 
m:TADint:bus1            %      Arithmetic Distortion, Integer Harmonics, Max. phase value      
m:THDint:bus1            %      Total Harmonic Distortion, Integer Harmonics, Max. phase value  
m:THDmx:bus1             %      Total Harmonic Distortion, Max. phase value     
m:TADnint:bus1           %      Arithmetic Distortion, Non-Integer Harmonics, Max. phase value  
m:THDnint:bus1           %      Total Harmonic Distortion, Non-Integer Harmonics, Max. phase value      
m:TAD_3:bus1             %      Arithmetic Distortion, Multiples of three, Max. phase value     
m:THD_3:bus1             %      Total Harmonic Distortion, Multiples of three, Max. phase value 
m:TAD_2:bus1             %      Arithmetic Distortion, Even Harmonics, Max. phase value 
m:THD_2:bus1             %      Total Harmonic Distortion, Even Harmonics, Max. phase value     
m:IT:bus1:A              kA     IT-Product      
m:IT:bus1:B              kA     IT-Product      
m:IT:bus1:C              kA     IT-Product      
m:ITmx:bus1              kA     IT-Product (maximum phase value)        
m:ki:bus1:A                     Current Diversity Factor        
m:ki:bus1:B                     Current Diversity Factor        
m:ki:bus1:C                     Current Diversity Factor        
m:ku:bus1:A                     Voltage Diversity Factor        
m:ku:bus1:B                     Voltage Diversity Factor        
m:ku:bus1:C                     Voltage Diversity Factor        

Bus Results:

n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1:A         deg    Voltage, Relative Angle 
n:phiurel:bus1:B         deg    Voltage, Relative Angle 
n:phiurel:bus1:C         deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:R0:bus1                Ohm    Network Resistance, Zero Sequence       
n:X0:bus1                Ohm    Network Reactance, Zero Sequence        
n:Z0:bus1                Ohm    Network Impedance, Zero Sequence        
n:phiz0:bus1             deg    Angle of Network Impedance, Zero Sequence       
n:R1:bus1                Ohm    Network Resistance, Positive Sequence   
n:X1:bus1                Ohm    Network Reactance, Positive Sequence    
n:Z1:bus1                Ohm    Network Impedance, Positive Sequence    
n:phiz1:bus1             deg    Angle of Network Impedance, Positive Sequence   
n:R2:bus1                Ohm    Network Resistance, Negative Sequence   
n:X2:bus1                Ohm    Network Reactance, Negative Sequence    
n:Z2:bus1                Ohm    Network Impedance, Negative Sequence    
n:phiz2:bus1             deg    Angle of Network Impedance, Negative Sequence   
n:R:bus1:A               Ohm    Network Resistance, Line-Ground 
n:R:bus1:B               Ohm    Network Resistance, Line-Ground 
n:R:bus1:C               Ohm    Network Resistance, Line-Ground 
n:X:bus1:A               Ohm    Network Reactance, Line-Ground  
n:X:bus1:B               Ohm    Network Reactance, Line-Ground  
n:X:bus1:C               Ohm    Network Reactance, Line-Ground  
n:Z:bus1:A               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:B               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:C               Ohm    Network Impedance, Line-Ground  
n:phiz:bus1:A            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:B            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:C            deg    Angle of Network Impedance, Line-Ground 
n:Rl:bus1:A              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:B              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:C              Ohm    Network Resistance, Line-Line   
n:Xl:bus1:A              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:B              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:C              Ohm    Network Reactance, Line-Line    
n:Zl:bus1:A              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:B              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:C              Ohm    Network Impedance, Line-Line    
n:phizl:bus1:A           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:B           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:C           deg    Angle of Network Impedance, Line-Line   
n:Rln:bus1:A             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:B             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:C             Ohm    Network Resistance, Line-Neutral        
n:Xln:bus1:A             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:B             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:C             Ohm    Network Reactance, Line-Neutral 
n:Zln:bus1:A             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:B             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:C             Ohm    Network Impedance, Line-Neutral 
n:phizln:bus1:A          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:B          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:C          deg    Angle of Network Impedance, Line-Neutral        
n:Rn:bus1                Ohm    Network Resistance, Neutral     
n:Xn:bus1                Ohm    Network Reactance, Neutral      
n:Zn:bus1                Ohm    Network Impedance, Neutral      
n:phizn:bus1             deg    Angle of Network Impedance, Neutral     
n:HD:bus1:A              %      Harmonic Distortion     
n:HD:bus1:B              %      Harmonic Distortion     
n:HD:bus1:C              %      Harmonic Distortion     
n:HD0:bus1               %      Harmonic Distortion, Zero Sequence      
n:HD1:bus1               %      Harmonic Distortion, Positive Sequence  
n:HD2:bus1               %      Harmonic Distortion, Negative Sequence  
n:ubfac:bus1             %      Unbalance Factor        
n:HF:bus1:A              %      Harmonic Factor 
n:HF:bus1:B              %      Harmonic Factor 
n:HF:bus1:C              %      Harmonic Factor 
n:HF0:bus1               %      Harmonic Factor, Zero Sequence  
n:HF1:bus1               %      Harmonic Factor, Positive Sequence      
n:HF2:bus1               %      Harmonic Factor, Negative Sequence      
n:Urms:bus1:A            kV     Line to Neutral Voltage, RMS-Value      
n:Urms:bus1:B            kV     Line to Neutral Voltage, RMS-Value      
n:Urms:bus1:C            kV     Line to Neutral Voltage, RMS-Value      
n:Ulrms:bus1:A           kV     Line-Line Voltage, RMS-Value    
n:Ulrms:bus1:B           kV     Line-Line Voltage, RMS-Value    
n:Ulrms:bus1:C           kV     Line-Line Voltage, RMS-Value    
n:urms:bus1:A            p.u.   Line to Neutral Voltage, RMS-Value      
n:urms:bus1:B            p.u.   Line to Neutral Voltage, RMS-Value      
n:urms:bus1:C            p.u.   Line to Neutral Voltage, RMS-Value      
n:ulrms:bus1:A           p.u.   Line-Line Voltage, RMS-Value    
n:ulrms:bus1:B           p.u.   Line-Line Voltage, RMS-Value    
n:ulrms:bus1:C           p.u.   Line-Line Voltage, RMS-Value    
n:U0rms:bus1             kV     Voltage, RMS-Value, Zero Sequence       
n:u0rms:bus1             p.u.   Voltage, RMS-Value, Zero Sequence       
n:U1rms:bus1             kV     Line-Ground Voltage, RMS-Value, Positive Sequence       
n:U1lrms:bus1            kV     Line-Line Voltage, RMS-Value, Positive Sequence 
n:u1rms:bus1             p.u.   Voltage, RMS-Value, Positive Sequence   
n:U2rms:bus1             kV     Line-Ground Voltage, RMS-Value, Negative Sequence       
n:U2lrms:bus1            kV     Line-Line Voltage, RMS-Value, Negative Sequence 
n:u2rms:bus1             p.u.   Voltage, RMS-Value, Negative Sequence   
n:urmsint:bus1           p.u.   RMS-Value of Integer Harmonics  
n:urmsnint:bus1          p.u.   RMS-Value of Non-Integer Harmonics      
n:THD:bus1:A             %      Total Harmonic Distortion       
n:THD:bus1:B             %      Total Harmonic Distortion       
n:THD:bus1:C             %      Total Harmonic Distortion       
n:THD0:bus1              %      Total Harmonic Distortion, Zero Sequence        
n:THD1:bus1              %      Total Harmonic Distortion, Positive Sequence    
n:THD2:bus1              %      Total Harmonic Distortion, Negative Sequence    
n:THF:bus1:A             %      Total Harmonic Factor   
n:THF:bus1:B             %      Total Harmonic Factor   
n:THF:bus1:C             %      Total Harmonic Factor   
n:THF0:bus1              %      Total Harmonic Factor, Zero Sequence    
n:THF1:bus1              %      Total Harmonic Factor, Positive Sequence        
n:THF2:bus1              %      Total Harmonic Factor, Negative Sequence        
n:THDbal:bus1            %      Total Harmonic Distortion, excl. Zero Sequence  
n:THDtot:bus1            %      Total Harmonic Distortion, incl. Zero Sequence  
n:THDint:bus1            %      Total Harmonic Distortion, Integer Harmonics, Max. phase value  
n:THDnint:bus1           %      Total Harmonic Distortion, Non-Integer Harmonics, Max. phase value      
n:THD_2:bus1             %      Total Harmonic Distortion, Even Harmonics, Max. phase value     
n:THD_3:bus1             %      Total Harmonic Distortion, Multiples of three, Max. phase value 
n:THDmx:bus1             %      Total Harmonic Distortion, Max. phase value     
n:TAD:bus1:A             %      Arithmetic Distortion   
n:TAD:bus1:B             %      Arithmetic Distortion   
n:TAD:bus1:C             %      Arithmetic Distortion   
n:TADmx:bus1             %      Arithmetic Distortion, Max. phase value 
n:TADint:bus1            %      Arithmetic Distortion, Integer Harmonics, Max. phase value      
n:TADnint:bus1           %      Arithmetic Distortion, Non-Integer Harmonics, Max. phase value  
n:TAD_2:bus1             %      Arithmetic Distortion, Even Harmonics, Max. phase value 
n:TAD_3:bus1             %      Arithmetic Distortion, Multiples of three, Max. phase value     
n:uasum:bus1:A           p.u.   Arithmetic Sum of Magnitudes    
n:uasum:bus1:B           p.u.   Arithmetic Sum of Magnitudes    
n:uasum:bus1:C           p.u.   Arithmetic Sum of Magnitudes    
n:uasummx:bus1           p.u.   Arithmetic Sum of Magnitudes, Max. phase value  
n:uasumint:bus1          p.u.   Arithmetic Sum of Integer Harmonics, Max. phase value   
n:uasumnint:bus1         p.u.   Arithmetic Sum of Magnitudes of Non-Integer Harmonics, Max. phase value 
n:TIF:bus1:A                    Telephone-Interference Factor   
n:TIF:bus1:B                    Telephone-Interference Factor   
n:TIF:bus1:C                    Telephone-Interference Factor   
n:TIFmx:bus1                    Telephone-Interference Factor, Max. phase value 
n:Pst_cont:bus1                 Short-Term Flicker Disturbance Factor, Continuous Operation     
n:Plt_cont:bus1                 Long-Term Flicker Disturbance Factor, Continuous Operation      
n:Pst_sw:bus1                   Short-Term Flicker Disturbance Factor, Switching Operations     
n:Plt_sw:bus1                   Long-Term Flicker Disturbance Factor, Switching Operations      
n:d_sw:bus1              %      Relative Voltage Change 
n:Pst20_cont:bus1               Short-Term Flicker Disturbance Factor, Continuous Operation, at 20°C    
n:Plt20_cont:bus1               Long-Term Flicker Disturbance Factor, Continuous Operation, at 20°C     
n:Pst20_sw:bus1                 Short-Term Flicker Disturbance Factor, Switching Operations, at 20°C    
n:Plt20_sw:bus1                 Long-Term Flicker Disturbance Factor, Switching Operations, at 20°C     
n:d20_sw:bus1            %      Relative Voltage Change, at 20°C        
n:PstTmax_cont:bus1             Short-Term Flicker Disturbance Factor, Continuous Operation, at max. operating temp.    
n:PltTmax_cont:bus1             Long-Term Flicker Disturbance Factor, Continuous Operation, at max. operating temp.     
n:PstTmax_sw:bus1               Short-Term Flicker Disturbance Factor, Switching Operations, at max. operating temp.    
n:PltTmax_sw:bus1               Long-Term Flicker Disturbance Factor, Switching Operations, at max. operating temp.     
n:dTmax_sw:bus1          %      Relative Voltage Change, at max. operating temp.        
n:SkV:bus1               MVA    Short-Circuit Power, SkV        
n:psikV:bus1             deg    Impedance Angle, psikV  
n:z2tz1kV:bus1                  Impedance Ratio, Z2/Z1(kV)      
n:x0tx1kV:bus1                  Impedance Ratio, X0/X1(kV)      
n:r0tx0kV:bus1                  Impedance Ratio, R0/X0(kV)      

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 

Element Parameter:

e:iHmcType              Type of Harmonic Voltages       
e:cfreqs         Hz     Frequency       
e:ifreqs                Harm. Order     
e:u1_mag         p.u.   u1, Mag.        
e:u1_phase       deg    u1, Ang.        
e:u0_mag         p.u.   u0, Mag.        
e:u0_phase       deg    u0, Ang.        
e:u2_mag         p.u.   u2, Mag.        
e:u2_phase       deg    u2, Ang.        
e:umag_iec1      p.u.   U_h     
e:ifreqs_iec2           Harm. Order     
e:umag_iec2      p.u.   U_h     
e:fcharR1        ChaPol,ChaVec,ChaMat   R1(f)   
e:fcharL1        ChaPol,ChaVec,ChaMat   L1(f)   
e:fcharR0        ChaPol,ChaVec,ChaMat   R0(f)   
e:fcharL0        ChaPol,ChaVec,ChaMat   L0(f)   
e:fcharR2        ChaPol,ChaVec,ChaMat   R2(f)   
e:fcharL2        ChaPol,ChaVec,ChaMat   L2(f)   
e:R1             Ohm    Resistance, R1  
e:L1             mH     Inductance, L1  
e:R0             Ohm    Resistance, R0  
e:L0             mH     Inductance, L0  
e:R2             Ohm    Resistance, R2  
e:L2             mH     Inductance, L2  
e:dudf           p.u./Hz        Spectral Density of Voltage Magnitude   
e:fchardu        ChaPol,ChaVec,ChaMat   Frequency Dependency    
e:dphidf         deg/Hz         Spectral Density of Voltage Angle       
e:fchardphi      ChaPol,ChaVec,ChaMat   Frequency Dependency    

Scenario Parameter:

e:iHmcType              Type of Harmonic Voltages       
e:cfreqs         Hz     Frequency       
e:ifreqs                Harm. Order     
e:u1_mag         p.u.   u1, Mag.        
e:u1_phase       deg    u1, Ang.        
e:u0_mag         p.u.   u0, Mag.        
e:u0_phase       deg    u0, Ang.        
e:u2_mag         p.u.   u2, Mag.        
e:u2_phase       deg    u2, Ang.        
e:umag_iec1      p.u.   U_h     
e:ifreqs_iec2           Harm. Order     
e:umag_iec2      p.u.   U_h     
e:fcharR1        ChaPol,ChaVec,ChaMat   R1(f)   
e:fcharL1        ChaPol,ChaVec,ChaMat   L1(f)   
e:fcharR0        ChaPol,ChaVec,ChaMat   R0(f)   
e:fcharL0        ChaPol,ChaVec,ChaMat   L0(f)   
e:fcharR2        ChaPol,ChaVec,ChaMat   R2(f)   
e:fcharL2        ChaPol,ChaVec,ChaMat   L2(f)   
e:R1             Ohm    Resistance, R1  
e:L1             mH     Inductance, L1  
e:R0             Ohm    Resistance, R0  
e:L0             mH     Inductance, L0  
e:R2             Ohm    Resistance, R2  
e:L2             mH     Inductance, L2  
e:dudf           p.u./Hz        Spectral Density of Voltage Magnitude   
e:fchardu        ChaPol,ChaVec,ChaMat   Frequency Dependency    
e:dphidf         deg/Hz         Spectral Density of Voltage Angle       
e:fchardphi      ChaPol,ChaVec,ChaMat   Frequency Dependency    

Type Parameter:



Reference Parameter:

r:fcharR1        ChaPol,ChaVec,ChaMat   R1(f)   
r:fcharL1        ChaPol,ChaVec,ChaMat   L1(f)   
r:fcharR0        ChaPol,ChaVec,ChaMat   R0(f)   
r:fcharL0        ChaPol,ChaVec,ChaMat   L0(f)   
r:fcharR2        ChaPol,ChaVec,ChaMat   R2(f)   
r:fcharL2        ChaPol,ChaVec,ChaMat   L2(f)   
r:fchardu        ChaPol,ChaVec,ChaMat   Frequency Dependency    
r:fchardphi      ChaPol,ChaVec,ChaMat   Frequency Dependency    

Protection balanced:
-------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Protection unbalanced:
---------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Power Flow AC balanced:
------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Power Flow AC unbalanced:
--------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Reliability balanced:
--------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Reliability unbalanced:
----------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Description balanced:
--------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:

e:gnrl_modif            Object modified 
e:gnrl_modby            Object modified by      
e:sernum                Serial Number   
e:manuf                 Manufacturer    
e:constr                Year of Construction    
e:commissionDate                Commissioning Date      
e:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:doc_id                Additional Data 
e:pOwner         ElmOwner       Owner   
e:pOperator      ElmOperator    Operator        
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  
e:GPSlat         deg    Latitude / Northing     
e:GPSlon         deg    Longitude / Easting     

Scenario Parameter:

e:gnrl_modif            Object modified 
e:gnrl_modby            Object modified by      
e:sernum                Serial Number   
e:manuf                 Manufacturer    
e:constr                Year of Construction    
e:commissionDate                Commissioning Date      
e:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:doc_id                Additional Data 
e:pOwner         ElmOwner       Owner   
e:pOperator      ElmOperator    Operator        
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  
e:GPSlat         deg    Latitude / Northing     
e:GPSlon         deg    Longitude / Easting     

Type Parameter:



Reference Parameter:

r:doc_id                Additional Data 
r:pOwner         ElmOwner       Owner   
r:pOperator      ElmOperator    Operator        

Description unbalanced:
----------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:

e:sernum                Serial Number   
e:manuf                 Manufacturer    
e:constr                Year of Construction    
e:commissionDate                Commissioning Date      
e:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:doc_id                Additional Data 
e:pOwner         ElmOwner       Owner   
e:pOperator      ElmOperator    Operator        
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  
e:GPSlat         deg    Latitude / Northing     
e:GPSlon         deg    Longitude / Easting     

Scenario Parameter:

e:sernum                Serial Number   
e:manuf                 Manufacturer    
e:constr                Year of Construction    
e:commissionDate                Commissioning Date      
e:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:doc_id                Additional Data 
e:pOwner         ElmOwner       Owner   
e:pOperator      ElmOperator    Operator        
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  
e:GPSlat         deg    Latitude / Northing     
e:GPSlon         deg    Longitude / Easting     

Type Parameter:



Reference Parameter:

r:doc_id                Additional Data 
r:pOwner         ElmOwner       Owner   
r:pOperator      ElmOperator    Operator        

Short-Circuit Complete balanced:
-------------------------------

Currents, Voltages and Powers:

m:Ikss:bus1              kA     Initial Short-Circuit Current   
m:ikss:bus1              p.u.   Initial Short-Circuit Current, Magnitude        
m:phii:bus1              deg    Phase Current, Angle    
m:Skss:bus1              MVA    Initial Short-Circuit Power     
m:Iks:bus1               kA     Transient Short-Circuit Current 
m:iks:bus1               p.u.   Transient Short-Circuit Current, Magnitude      
m:phiiks:bus1            deg    Transient Short-Circuit Current, Angle  
m:ip:bus1                kA     Peak Short-Circuit Current      
m:Ib:bus1                kA     Short-Circuit Breaking Current  
m:Sb:bus1                MVA    Short-Circuit Breaking Power    
m:Ith:bus1               kA     Thermal equivalent Short-Circuit Current        
m:I:bus1                 kA     Short-Circuit Current   
m:maxIkss:bus1           kA     Max. Initial Short-Circuit Current      
m:maxIks:bus1            kA     Max. Transient Current  
m:maxip:bus1             kA     Max. Peak Short-Circuit Current 
m:maxIb:bus1             kA     Max. Breaking Current   
m:maxIth:bus1            kA     Max. Thermal equivalent Short-Circuit Current   
m:R:bus1                 Ohm    Fault Impedance, Real Part      
m:X:bus1                 Ohm    Fault Impedance, Imaginary Part 
m:Z:bus1                 Ohm    Fault Impedance, Magnitude      
m:phiz:bus1              deg    Fault Impedance, Angle  
m:rSbase:bus1            p.u.   Fault Impedance, Real Part      
m:xSbase:bus1            p.u.   Fault Impedance, Imaginary Part 
m:zSbase:bus1            p.u.   Fault Impedance, Magnitude      
m:XtoR:bus1                     X/R ratio       
m:RtoX:bus1                     R/X ratio       
m:Zs:bus1                Ohm    Source Impedance, Magnitude     
m:phizs:bus1             deg    Source Impedance, Angle 
m:Rs:bus1                Ohm    Source Impedance, Real Part     
m:Xs:bus1                Ohm    Source Impedance, Imaginary Part        
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in Positive-Sequence System   
m:cosphiui:bus1                 cosphi  
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:Tfct:bus1              s      Fault Clearing Time     
m:BrkIpload:bus1         %      Breaker Loading (peak)  
m:BrkIbload:bus1         %      Breaker Loading (breaking)      
m:BrkmaxIb:bus1          kA     Max. Breaking Current (breaker time)    

Bus Results:

n:Ikss:bus1              kA     Initial Short-Circuit Current   
n:I:bus1                 kA     Short-Circuit Current   
n:phii:bus1              deg    Phase Current, Angle    
n:Skss:bus1              MVA    Initial Short-Circuit Power     
n:Iks:bus1               kA     Transient Short-Circuit Current 
n:phiiks:bus1            deg    Transient Short-Circuit Current, Angle  
n:ip:bus1                kA     Peak Short-Circuit Current      
n:Ib:bus1                kA     Short-Circuit Breaking Current  
n:Sb:bus1                MVA    Short-Circuit Breaking Power    
n:ib:bus1                kA     Peak Breaking Current   
n:Ibasym:bus1            kA     Asymmetrical Breaking Current   
n:idc:bus1               kA     Decaying Component      
n:Ith:bus1               kA     Thermal equivalent Short-Circuit Current        
n:R:bus1                 Ohm    Short-Circuit Impedance, Real Part      
n:X:bus1                 Ohm    Short-Circuit Impedance, Imaginary Part 
n:Z:bus1                 Ohm    Short-Circuit Impedance, Magnitude      
n:phiz:bus1              deg    Short-Circuit Impedance, Angle  
n:rSbase:bus1            p.u.   Short-Circuit Impedance, Real Part      
n:xSbase:bus1            p.u.   Short-Circuit Impedance, Imaginary Part 
n:zSbase:bus1            p.u.   Short-Circuit Impedance, Magnitude      
n:XtoR:bus1                     X/R ratio (peak)        
n:RtoX:bus1                     R/X ratio (peak)        
n:XtoR_b:bus1                   X/R ratio (dc)  
n:RtoX_b:bus1                   R/X ratio (dc)  
n:fctof_b:bus1                  Equivalent Frequency fc/f (dc)  
n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:du:bus1                %      Voltage Deviation       
n:usr:bus1               p.u.   Transient Voltage, Real Part    
n:usi:bus1               p.u.   Transient Voltage, Imaginary Part       
n:us:bus1                p.u.   Transient Voltage, Magnitude    
n:uspc:bus1              %      Transient Voltage, Magnitude    
n:Us:bus1                kV     Transient Line-Ground Voltage, Magnitude        
n:Uls:bus1               kV     Transient Line-Line Voltage, Magnitude  
n:phius:bus1             deg    Transient Voltage, Angle        
n:dus:bus1               %      Transient Voltage Deviation     
n:urpref:bus1            p.u.   Pre-fault Voltage, Real Part    
n:uipref:bus1            p.u.   Pre-fault Voltage, Imaginary Part       
n:upref:bus1             p.u.   Pre-fault Voltage, Magnitude    
n:uprefpc:bus1           %      Pre-fault Voltage, Magnitude    
n:Upref:bus1             kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Ulpref:bus1            kV     Line-Line Pre-fault Voltage, Magnitude  
n:phiupref:bus1          deg    Pre-fault Voltage, Angle        
n:phiui:bus1             deg    Angle between Voltage and Current       
n:Ithload:bus1           %      Loading, Thermal equivalent Current     
n:Ipload:bus1            %      Loading, Peak Short-Circuit Current     
n:Ithrtk:bus1            kA     Rated Short-Time Current (Tk)   
n:Tn:bus1                ms     Grid Time Constant      

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iFreZ                 Use Frequency Related Impedance for X/R Ratio Calculation       
e:matZ           Ohm    Frequency related impedances (Positive, Negative and Zero sequence)     

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iFreZ                 Use Frequency Related Impedance for X/R Ratio Calculation       
e:matZ           Ohm    Frequency related impedances (Positive, Negative and Zero sequence)     

Type Parameter:



Reference Parameter:



Short-Circuit Complete unbalanced:
---------------------------------

Currents, Voltages and Powers:

m:Ikss:bus1:A            kA     Initial Short-Circuit Current   
m:Ikss:bus1:B            kA     Initial Short-Circuit Current   
m:Ikss:bus1:C            kA     Initial Short-Circuit Current   
m:ikss:bus1:A            p.u.   Initial Short-Circuit Current, Magnitude        
m:ikss:bus1:B            p.u.   Initial Short-Circuit Current, Magnitude        
m:ikss:bus1:C            p.u.   Initial Short-Circuit Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:Skss:bus1:A            MVA    Initial Short-Circuit Power     
m:Skss:bus1:B            MVA    Initial Short-Circuit Power     
m:Skss:bus1:C            MVA    Initial Short-Circuit Power     
m:Skssx3:bus1:A          MVA    3*Initial Short-Circuit Power   
m:Skssx3:bus1:B          MVA    3*Initial Short-Circuit Power   
m:Skssx3:bus1:C          MVA    3*Initial Short-Circuit Power   
m:Iks:bus1:A             kA     Transient Short-Circuit Current 
m:Iks:bus1:B             kA     Transient Short-Circuit Current 
m:Iks:bus1:C             kA     Transient Short-Circuit Current 
m:iks:bus1:A             p.u.   Transient Short-Circuit Current 
m:iks:bus1:B             p.u.   Transient Short-Circuit Current 
m:iks:bus1:C             p.u.   Transient Short-Circuit Current 
m:phiiks:bus1:A          deg    Transient Short-Circuit Current, Angle  
m:phiiks:bus1:B          deg    Transient Short-Circuit Current, Angle  
m:phiiks:bus1:C          deg    Transient Short-Circuit Current, Angle  
m:ip:bus1:A              kA     Peak Short-Circuit Current      
m:ip:bus1:B              kA     Peak Short-Circuit Current      
m:ip:bus1:C              kA     Peak Short-Circuit Current      
m:maxIkss:bus1           kA     Max. Initial Short-Circuit Current      
m:maxIks:bus1            kA     Max. Transient Current  
m:maxip:bus1             kA     Max. Peak Short-Circuit Current 
m:maxIth:bus1            kA     Max. Thermal equivalent Short-Circuit Current   
m:maxIb:bus1             kA     Max. Breaking Current   
m:R:bus1:A               Ohm    Fault Impedance, Real Part      
m:R:bus1:B               Ohm    Fault Impedance, Real Part      
m:R:bus1:C               Ohm    Fault Impedance, Real Part      
m:X:bus1:A               Ohm    Fault Impedance, Imaginary Part 
m:X:bus1:B               Ohm    Fault Impedance, Imaginary Part 
m:X:bus1:C               Ohm    Fault Impedance, Imaginary Part 
m:Z:bus1:A               Ohm    Fault Impedance, Magnitude      
m:Z:bus1:B               Ohm    Fault Impedance, Magnitude      
m:Z:bus1:C               Ohm    Fault Impedance, Magnitude      
m:phiz:bus1:A            deg    Fault Impedance, Angle  
m:phiz:bus1:B            deg    Fault Impedance, Angle  
m:phiz:bus1:C            deg    Fault Impedance, Angle  
m:Rl:bus1:A              Ohm    Line-Line Fault Impedance, Real Part    
m:Rl:bus1:B              Ohm    Line-Line Fault Impedance, Real Part    
m:Rl:bus1:C              Ohm    Line-Line Fault Impedance, Real Part    
m:Xl:bus1:A              Ohm    Line-Line Fault Impedance, Imaginary Part       
m:Xl:bus1:B              Ohm    Line-Line Fault Impedance, Imaginary Part       
m:Xl:bus1:C              Ohm    Line-Line Fault Impedance, Imaginary Part       
m:Zl:bus1:A              Ohm    Line-Line Fault Impedance, Magnitude    
m:Zl:bus1:B              Ohm    Line-Line Fault Impedance, Magnitude    
m:Zl:bus1:C              Ohm    Line-Line Fault Impedance, Magnitude    
m:phizl:bus1:A           deg    Line-Line Fault Impedance, Angle        
m:phizl:bus1:B           deg    Line-Line Fault Impedance, Angle        
m:phizl:bus1:C           deg    Line-Line Fault Impedance, Angle        
m:R0:bus1                Ohm    Zero-Sequence Fault Impedance, Real Part        
m:X0:bus1                Ohm    Zero-Sequence Fault Impedance, Imaginary Part   
m:Z0:bus1                Ohm    Zero-Sequence Fault Impedance, Magnitude        
m:phiz0:bus1             deg    Zero-Sequence Fault Impedance, Angle    
m:r0Sbase:bus1           p.u.   Zero-Sequence Fault Impedance, Real Part        
m:x0Sbase:bus1           p.u.   Zero-Sequence Fault Impedance, Imaginary Part   
m:z0Sbase:bus1           p.u.   Zero-Sequence Fault Impedance, Magnitude        
m:R1:bus1                Ohm    Positive-Sequence Fault Impedance, Real Part    
m:X1:bus1                Ohm    Positive-Sequence Fault Impedance, Imaginary Part       
m:Z1:bus1                Ohm    Positive-Sequence Fault Impedance, Magnitude    
m:phiz1:bus1             deg    Positive-Sequence Fault Impedance, Angle        
m:r1Sbase:bus1           p.u.   Positive-Sequence Fault Impedance, Real Part    
m:x1Sbase:bus1           p.u.   Positive-Sequence Fault Impedance, Imaginary Part       
m:z1Sbase:bus1           p.u.   Positive-Sequence Fault Impedance, Magnitude    
m:R2:bus1                Ohm    Negative-Sequence Fault Impedance, Real Part    
m:X2:bus1                Ohm    Negative-Sequence Fault Impedance, Imaginary Part       
m:Z2:bus1                Ohm    Negative-Sequence Fault Impedance, Magnitude    
m:phiz2:bus1             deg    Negative-Sequence Fault Impedance, Angle        
m:r2Sbase:bus1           p.u.   Negative-Sequence Fault Impedance, Real Part    
m:x2Sbase:bus1           p.u.   Negative-Sequence Fault Impedance, Imaginary Part       
m:z2Sbase:bus1           p.u.   Negative-Sequence Fault Impedance, Magnitude    
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in Zero-Sequence System       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in Positive-Sequence System   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in Negative-Sequence System   
m:cosphiu1i1:bus1               Positive-Sequence cosphi        
m:I0x3watt:bus1          kA     Earth-Fault Residual Current    
m:I0x3var:bus1           kA     Capacitive Earth-Fault Current  
m:i0ks:bus1              p.u.   Transient Zero-Sequence Current, Magnitude      
m:I0ks:bus1              kA     Transient Zero-Sequence Current, Magnitude      
m:I0x3ks:bus1            kA     3*I0'   
m:phii0ks:bus1           deg    Transient Zero-Sequence Current, Angle  
m:i1ks:bus1              p.u.   Transient Positive-Sequence Current, Magnitude  
m:I1ks:bus1              kA     Transient Positive-Sequence Current, Magnitude  
m:phii1ks:bus1           deg    Transient Positive-Sequence Current, Angle      
m:i2ks:bus1              p.u.   Transient Negative-Sequence Current, Magnitude  
m:I2ks:bus1              kA     Transient Negative-Sequence Current, Magnitude  
m:phii2ks:bus1           deg    Transient Negative-Sequence Current, Angle      
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:cosphisum:bus1                Total Power Factor      
m:P0:bus1                MW     P0      
m:Q0cap:bus1             Mvar   Q0 capacitive   
m:P2:bus1                MW     P2      
m:Q2:bus1                Mvar   Q2      
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:Rfrel:bus1             Ohm    Relay Impedance, Real Part      
m:Xfrel:bus1             Ohm    Relay Impedance, Imaginary Part 
m:Zfrel:bus1             Ohm    Relay Impedance, Magnitude      
m:phizfrel:bus1          deg    Relay Impedance, Angle  
m:Rs:bus1                Ohm    Source Impedance, Real Part     
m:Xs:bus1                Ohm    Source Impedance, Imaginary Part        
m:Zs:bus1                Ohm    Source Impedance, Magnitude     
m:phizs:bus1             deg    Source Impedance, Angle 
m:Zf:bus1                Ohm    Meas. Fault Impedance, Magnitude        
m:phizf:bus1             deg    Meas. Fault Impedance, Angle    
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:BrkIpload:bus1         %      Max. Breaker Loading (peak)     

Bus Results:

n:Ikss:bus1:A            kA     Initial Short-Circuit Current   
n:Ikss:bus1:B            kA     Initial Short-Circuit Current   
n:Ikss:bus1:C            kA     Initial Short-Circuit Current   
n:I:bus1:A               kA     Short-Circuit Current   
n:I:bus1:B               kA     Short-Circuit Current   
n:I:bus1:C               kA     Short-Circuit Current   
n:phii:bus1:A            deg    Phase Current, Angle    
n:phii:bus1:B            deg    Phase Current, Angle    
n:phii:bus1:C            deg    Phase Current, Angle    
n:Skss:bus1:A            MVA    Initial Short-Circuit Power     
n:Skss:bus1:B            MVA    Initial Short-Circuit Power     
n:Skss:bus1:C            MVA    Initial Short-Circuit Power     
n:Skssx3:bus1:A          MVA    3*Initial Short-Circuit Power   
n:Skssx3:bus1:B          MVA    3*Initial Short-Circuit Power   
n:Skssx3:bus1:C          MVA    3*Initial Short-Circuit Power   
n:Iks:bus1:A             kA     Transient Short-Circuit Current 
n:Iks:bus1:B             kA     Transient Short-Circuit Current 
n:Iks:bus1:C             kA     Transient Short-Circuit Current 
n:phiiks:bus1:A          deg    Transient Short-Circuit Current, Angle  
n:phiiks:bus1:B          deg    Transient Short-Circuit Current, Angle  
n:phiiks:bus1:C          deg    Transient Short-Circuit Current, Angle  
n:ip:bus1:A              kA     Peak Short-Circuit Current      
n:ip:bus1:B              kA     Peak Short-Circuit Current      
n:ip:bus1:C              kA     Peak Short-Circuit Current      
n:Ib:bus1:A              kA     Short-Circuit Breaking Current  
n:Ib:bus1:B              kA     Short-Circuit Breaking Current  
n:Ib:bus1:C              kA     Short-Circuit Breaking Current  
n:Sb:bus1:A              MVA    Short-Circuit Breaking Power    
n:Sb:bus1:B              MVA    Short-Circuit Breaking Power    
n:Sb:bus1:C              MVA    Short-Circuit Breaking Power    
n:ib:bus1:A              kA     Peak Breaking Current   
n:ib:bus1:B              kA     Peak Breaking Current   
n:ib:bus1:C              kA     Peak Breaking Current   
n:Ibasym:bus1:A          kA     Asymmetrical Breaking Current   
n:Ibasym:bus1:B          kA     Asymmetrical Breaking Current   
n:Ibasym:bus1:C          kA     Asymmetrical Breaking Current   
n:idc:bus1:A             kA     Decaying Component      
n:idc:bus1:B             kA     Decaying Component      
n:idc:bus1:C             kA     Decaying Component      
n:Ith:bus1:A             kA     Thermal equivalent Short-Circuit Current        
n:Ith:bus1:B             kA     Thermal equivalent Short-Circuit Current        
n:Ith:bus1:C             kA     Thermal equivalent Short-Circuit Current        
n:Ithmax:bus1            kA     Max. Thermal equivalent Short-Circuit Current   
n:R0:bus1                Ohm    Zero-Sequence Impedance, Real Part      
n:X0:bus1                Ohm    Zero-Sequence Impedance, Imaginary Part 
n:Z0:bus1                Ohm    Zero-Sequence Impedance, Magnitude      
n:phiz0:bus1             deg    Zero-Sequence Impedance, Angle  
n:r0Sbase:bus1           p.u.   Zero-Sequence Impedance, Real Part      
n:x0Sbase:bus1           p.u.   Zero-Sequence Impedance, Imaginary Part 
n:z0Sbase:bus1           p.u.   Zero-Sequence Impedance, Magnitude      
n:R1:bus1                Ohm    Positive-Sequence Impedance, Real Part  
n:X1:bus1                Ohm    Positive-Sequence Impedance, Imaginary Part     
n:Z1:bus1                Ohm    Positive-Sequence Impedance, Magnitude  
n:phiz1:bus1             deg    Positive-Sequence Impedance, Angle      
n:r1Sbase:bus1           p.u.   Positive-Sequence Impedance, Real Part  
n:x1Sbase:bus1           p.u.   Positive-Sequence Impedance, Imaginary Part     
n:z1Sbase:bus1           p.u.   Positive-Sequence Impedance, Magnitude  
n:R2:bus1                Ohm    Negative-Sequence Impedance, Real Part  
n:X2:bus1                Ohm    Negative-Sequence Impedance, Imaginary Part     
n:Z2:bus1                Ohm    Negative-Sequence Impedance, Magnitude  
n:phiz2:bus1             deg    Negative-Sequence Impedance, Angle      
n:r2Sbase:bus1           p.u.   Negative-Sequence Impedance, Real Part  
n:x2Sbase:bus1           p.u.   Negative-Sequence Impedance, Imaginary Part     
n:z2Sbase:bus1           p.u.   Negative-Sequence Impedance, Magnitude  
n:R:bus1:A               Ohm    Network Resistance, Line-Ground 
n:R:bus1:B               Ohm    Network Resistance, Line-Ground 
n:R:bus1:C               Ohm    Network Resistance, Line-Ground 
n:X:bus1:A               Ohm    Network Reactance, Line-Ground  
n:X:bus1:B               Ohm    Network Reactance, Line-Ground  
n:X:bus1:C               Ohm    Network Reactance, Line-Ground  
n:Z:bus1:A               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:B               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:C               Ohm    Network Impedance, Line-Ground  
n:phiz:bus1:A            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:B            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:C            deg    Angle of Network Impedance, Line-Ground 
n:Rl:bus1:A              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:B              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:C              Ohm    Network Resistance, Line-Line   
n:Xl:bus1:A              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:B              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:C              Ohm    Network Reactance, Line-Line    
n:Zl:bus1:A              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:B              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:C              Ohm    Network Impedance, Line-Line    
n:phizl:bus1:A           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:B           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:C           deg    Angle of Network Impedance, Line-Line   
n:Rln:bus1:A             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:B             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:C             Ohm    Network Resistance, Line-Neutral        
n:Xln:bus1:A             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:B             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:C             Ohm    Network Reactance, Line-Neutral 
n:Zln:bus1:A             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:B             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:C             Ohm    Network Impedance, Line-Neutral 
n:phizln:bus1:A          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:B          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:C          deg    Angle of Network Impedance, Line-Neutral        
n:Rn:bus1                Ohm    Network Resistance, Neutral     
n:Xn:bus1                Ohm    Network Reactance, Neutral      
n:Zn:bus1                Ohm    Network Impedance, Neutral      
n:phizn:bus1             deg    Angle of Network Impedance, Neutral     
n:eff:bus1:A                    Earth Fault Factor      
n:eff:bus1:B                    Earth Fault Factor      
n:eff:bus1:C                    Earth Fault Factor      
n:X0toX1:bus1                   X0/X1   
n:In:bus1                kA     Neutral Current, Magnitude      
n:phiin:bus1             deg    Neutral Current, Angle  
n:I0:bus1                kA     Zero-Sequence Current, Magnitude        
n:I0x3:bus1              kA     3*I0    
n:phii0:bus1             deg    Zero-Sequence Current, Angle    
n:I1:bus1                kA     Positive-Sequence Current, Magnitude    
n:phii1:bus1             deg    Positive-Sequence Current, Angle        
n:I2:bus1                kA     Negative-Sequence Current, Magnitude    
n:phii2:bus1             deg    Negative-Sequence Current, Angle        
n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:du:bus1:A              %      Voltage Deviation       
n:du:bus1:B              %      Voltage Deviation       
n:du:bus1:C              %      Voltage Deviation       
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:usr:bus1:A             p.u.   Transient Voltage, Real Part    
n:usr:bus1:B             p.u.   Transient Voltage, Real Part    
n:usr:bus1:C             p.u.   Transient Voltage, Real Part    
n:usi:bus1:A             p.u.   Transient Voltage, Imaginary Part       
n:usi:bus1:B             p.u.   Transient Voltage, Imaginary Part       
n:usi:bus1:C             p.u.   Transient Voltage, Imaginary Part       
n:us:bus1:A              p.u.   Transient Voltage, Magnitude    
n:us:bus1:B              p.u.   Transient Voltage, Magnitude    
n:us:bus1:C              p.u.   Transient Voltage, Magnitude    
n:uspc:bus1:A            %      Transient Voltage, Magnitude    
n:uspc:bus1:B            %      Transient Voltage, Magnitude    
n:uspc:bus1:C            %      Transient Voltage, Magnitude    
n:Us:bus1:A              kV     Transient Line-Ground Voltage, Magnitude        
n:Us:bus1:B              kV     Transient Line-Ground Voltage, Magnitude        
n:Us:bus1:C              kV     Transient Line-Ground Voltage, Magnitude        
n:Uls:bus1:A             kV     Transient Line-Line Voltage, Magnitude  
n:Uls:bus1:B             kV     Transient Line-Line Voltage, Magnitude  
n:Uls:bus1:C             kV     Transient Line-Line Voltage, Magnitude  
n:phius:bus1:A           deg    Transient Voltage, Angle        
n:phius:bus1:B           deg    Transient Voltage, Angle        
n:phius:bus1:C           deg    Transient Voltage, Angle        
n:dus:bus1:A             %      Transient Voltage Deviation     
n:dus:bus1:B             %      Transient Voltage Deviation     
n:dus:bus1:C             %      Transient Voltage Deviation     
n:u0s:bus1               p.u.   Transient Zero-Sequence Voltage, Magnitude      
n:U0s:bus1               kV     Transient Zero-Sequence Voltage, Magnitude      
n:U0x3s:bus1             kV     3*U0'   
n:phiu0s:bus1            deg    Transient Zero-Sequence Voltage, Angle  
n:u1s:bus1               p.u.   Transient Positive-Sequence Voltage, Magnitude  
n:u1spc:bus1             %      Transient Positive-Sequence Voltage, Magnitude  
n:U1s:bus1               kV     Transient Positive-Sequence Voltage, Magnitude  
n:phiu1s:bus1            deg    Transient Positive-Sequence Voltage, Angle      
n:u2s:bus1               p.u.   Transient Negative-Sequence Voltage, Magnitude  
n:U2s:bus1               kV     Transient Negative-Sequence Voltage, Magnitude  
n:phiu2s:bus1            deg    Transient Negative-Sequence Voltage, Angle      
n:urpref:bus1:A          p.u.   Pre-fault Voltage, Real Part    
n:urpref:bus1:B          p.u.   Pre-fault Voltage, Real Part    
n:urpref:bus1:C          p.u.   Pre-fault Voltage, Real Part    
n:uipref:bus1:A          p.u.   Pre-fault Voltage, Imaginary Part       
n:uipref:bus1:B          p.u.   Pre-fault Voltage, Imaginary Part       
n:uipref:bus1:C          p.u.   Pre-fault Voltage, Imaginary Part       
n:upref:bus1:A           p.u.   Pre-fault Voltage, Magnitude    
n:upref:bus1:B           p.u.   Pre-fault Voltage, Magnitude    
n:upref:bus1:C           p.u.   Pre-fault Voltage, Magnitude    
n:uprefpc:bus1:A         %      Pre-fault Voltage, Magnitude    
n:uprefpc:bus1:B         %      Pre-fault Voltage, Magnitude    
n:uprefpc:bus1:C         %      Pre-fault Voltage, Magnitude    
n:Upref:bus1:A           kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Upref:bus1:B           kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Upref:bus1:C           kV     Line-Ground Pre-fault Voltage, Magnitude        
n:Ulpref:bus1:A          kV     Line-Line Pre-fault Voltage, Magnitude  
n:Ulpref:bus1:B          kV     Line-Line Pre-fault Voltage, Magnitude  
n:Ulpref:bus1:C          kV     Line-Line Pre-fault Voltage, Magnitude  
n:phiupref:bus1:A        deg    Pre-fault Voltage, Angle        
n:phiupref:bus1:B        deg    Pre-fault Voltage, Angle        
n:phiupref:bus1:C        deg    Pre-fault Voltage, Angle        
n:phiui:bus1:A           deg    Angle between Voltage and Current       
n:phiui:bus1:B           deg    Angle between Voltage and Current       
n:phiui:bus1:C           deg    Angle between Voltage and Current       
n:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
n:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
n:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
n:Ithload:bus1           %      Loading, Thermal equivalent Current     
n:Ipload:bus1            %      Loading, Peak Short-Circuit Current     
n:Ithrtk:bus1            kA     Rated Short-Time Current (Tk)   
n:XtoR:bus1                     X/R ratio (peak)        
n:RtoX:bus1                     R/X ratio (peak)        
n:XtoR_b:bus1                   X/R ratio (dc)  
n:RtoX_b:bus1                   R/X ratio (dc)  
n:fctof_b:bus1                  Equivalent Frequency fc/f (dc)  
n:Ins:bus1               kA     Transient Neutral Current, Magnitude    
n:phiins:bus1            deg    Transient Neutral Current, Angle        
n:I0s:bus1               kA     Transient Zero-Sequence Current, Magnitude      
n:I0x3s:bus1             kA     3*I0'   
n:phii0s:bus1            deg    Transient Zero-Sequence Current, Angle  
n:I1s:bus1               kA     Transient Positive-Sequence Current, Magnitude  
n:phii1s:bus1            deg    Transient Positive-Sequence Current, Angle      
n:I2s:bus1               kA     Transient Negative-Sequence Current, Magnitude  
n:phii2s:bus1            deg    Transient Negative-Sequence Current, Angle      

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iFreZ                 Use Frequency Related Impedance for X/R Ratio Calculation       
e:matZ           Ohm    Frequency related impedances (Positive, Negative and Zero sequence)     

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   
e:iFreZ                 Use Frequency Related Impedance for X/R Ratio Calculation       
e:matZ           Ohm    Frequency related impedances (Positive, Negative and Zero sequence)     

Type Parameter:



Reference Parameter:



Short-Circuit ANSI balanced:
---------------------------

Currents, Voltages and Powers:

m:Isym_m:bus1            kA     Sym. Momentary Current  
m:phii_m:bus1            deg    Sym. Momentary Current, Angle   
m:Ssym_m:bus1            MVA    Sym. Momentary Power    
m:phiui_m:bus1           deg    Momentary Angle between Voltage and Current     
m:cosphiui_m:bus1               Momentary cosphi        
m:XtoR_m:bus1                   Momentary Branch X/R Ratio      
m:maxIsym_m:bus1         kA     Max. sym. Momentary Current     
m:maxI16asym_m:bus1      kA     Asym. Momentary Current, Duty   
m:maxI27peak_m:bus1      kA     Asym. Momentary Peak Current, Duty      
m:maxIasym_m:bus1        kA     Asym. Momentary Current, calculated     
m:maxIpeak_m:bus1        kA     Asym. Momentary Peak Current, calculated        
m:maxIlvcb:bus1          kA     LV Power Fuse Breaker   
m:maxIlvfuse:bus1        kA     LV Fuse 
m:maxIlvmccbg20:bus1     kA     Molded Case Circuit Breaker > 20 kA     
m:maxIlvmccb1020:bus1    kA     Molded Case Circuit Breaker 10-20 kA    
m:maxIlvmccb010:bus1     kA     Molded Case Circuit Breaker 0-10 kA     
m:Isym_i:bus1            kA     Sym. Interrupting Current       
m:phii_i:bus1            deg    Sym. Interrupting Current, Angle        
m:Ssym_i:bus1            MVA    Sym. Interrupting Power 
m:phiui_i:bus1           deg    Interrupting Angle between Voltage and Current  
m:cosphiui_i:bus1               Interrupting cosphi     
m:XtoR_i:bus1                   Interrupting Branch X/R Ratio   
m:maxIsym_i:bus1         kA     Max. Sym. Interrupting Current  
m:maxIsym2c:bus1         kA     2 cycle Sym. Interrupting Current       
m:maxIsym3c:bus1         kA     3 cycle Sym. Interrupting Current       
m:maxIsym5c:bus1         kA     5 cycle Sym. Interrupting Current       
m:maxIsym8c:bus1         kA     8 cycle Sym. Interrupting Current       
m:maxItot2c:bus1         kA     2 cycle Total Interrupting Current      
m:maxItot3c:bus1         kA     3 cycle Total Interrupting Current      
m:maxItot5c:bus1         kA     5 cycle Total Interrupting Current      
m:maxItot8c:bus1         kA     8 cycle Total Interrupting Current      
m:Isym_30:bus1           kA     30cycle Sym. Current    
m:phii_30:bus1           deg    30cycle Sym. Current, Angle     
m:Ssym_30:bus1           MVA    30cycle Sym. Power      
m:phiui_30:bus1          deg    30cycle Angle between Voltage and Current       
m:cosphiui_30:bus1              30cycle cosphi  
m:XtoR_30:bus1                  30cycle Branch X/R Ratio        
m:maxIsym_30:bus1        kA     Max. Sym. 30cycle Current       
m:I:bus1                 kA     Short-Circuit Current   
m:phii:bus1              deg    Short-Circuit Current, Angle    
m:phiui:bus1             deg    Angle between Voltage and Current       
m:S:bus1                 MVA    Short-Circuit Power     
m:R:bus1                 Ohm    Fault Impedance, Real Part      
m:X:bus1                 Ohm    Fault Impedance, Imaginary Part 
m:Z:bus1                 Ohm    Fault Impedance, Magnitude      
m:phiz:bus1              deg    Fault Impedance, Angle  
m:zSbase:bus1            p.u.   Fault Impedance, Magnitude      
m:XtoR:bus1                     X/R ratio       
m:Zs:bus1                Ohm    Source Impedance, Magnitude     
m:phizs:bus1             deg    Source Impedance, Angle 
m:Rs:bus1                Ohm    Source Impedance, Real Part     
m:Xs:bus1                Ohm    Source Impedance, Imaginary Part        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:Tfct:bus1              s      Fault Clearing Time     
m:BrkIpload:bus1         %      Breaker Loading (peak)  
m:BrkIbload:bus1         %      Breaker Loading (Interrupting)  
m:BrkmaxIb:bus1          kA     Max. Breaking Current (breaker time)    

Bus Results:

n:Isym_m:bus1            kA     Sym. Momentary Current  
n:phii_m:bus1            deg    Sym. Momentary Current, Angle   
n:Ssym_m:bus1            MVA    Sym. Momentary Power    
n:I16asym_m:bus1         kA     Asym. Momentary Current, Duty   
n:I27peak_m:bus1         kA     Asym. Momentary Peak Current, Duty      
n:Iasym_m:bus1           kA     Asym. Momentary Current, calculated     
n:Ipeak_m:bus1           kA     Asym. Momentary Peak Current, calculated        
n:XtoR_m:bus1                   Momentary X/R Ratio     
n:Mfact_m:bus1                  Momentary Mult. Factor  
n:R_m:bus1               Ohm    Momentary Short-Circuit Impedance, Real Part    
n:X_m:bus1               Ohm    Momentary Short-Circuit Impedance, Imaginary Part       
n:Z_m:bus1               Ohm    Momentary Short-Circuit Impedance, Magnitude    
n:phiz_m:bus1            deg    Momentary Short-Circuit Impedance, Angle        
n:phiui_m:bus1           deg    Momentary Angle between Voltage and Current     
n:upref_m:bus1           p.u.   Momentary Pre-fault Voltage     
n:Upref_m:bus1           kV     Momentary Pre-fault Voltage     
n:Ilvcb:bus1             kA     LV Power Fuse Breaker   
n:Ilvfuse:bus1           kA     LV Fuse 
n:Ilvmccbg20:bus1        kA     Molded Case Circuit Breaker > 20 kA     
n:Ilvmccb1020:bus1       kA     Molded Case Circuit Breaker 10-20 kA    
n:Ilvmccb010:bus1        kA     Molded Case Circuit Breaker 0-10 kA     
n:Isym_i:bus1            kA     Sym. Interrupting Current       
n:phii_i:bus1            deg    Sym. Interrupting Current, Angle        
n:Ssym_i:bus1            MVA    Sym. Interrupting Power 
n:XtoR_i:bus1                   Interrupting X/R Ratio  
n:NACD:bus1                     No AC Current Decay     
n:Iremote:bus1           kA     Remote Current Contribution     
n:phiIrem:bus1           deg    Remote Current Contribution, Angle      
n:R_i:bus1               Ohm    Interrupting Short-Circuit Impedance, Real Part 
n:X_i:bus1               Ohm    Interrupting Short-Circuit Impedance, Imaginary Part    
n:Z_i:bus1               Ohm    Interrupting Short-Circuit Impedance, Magnitude 
n:phiz_i:bus1            deg    Interrupting Short-Circuit Impedance, Angle     
n:phiui_i:bus1           deg    Interrupting Angle between Voltage and Current  
n:upref_i:bus1           p.u.   Interrupting Pre-fault Voltage  
n:Upref_i:bus1           kV     Interrupting Pre-fault Voltage  
n:Isym2c:bus1            kA     2 cycle Sym. Interrupting Current       
n:Isym3c:bus1            kA     3 cycle Sym. Interrupting Current       
n:Isym5c:bus1            kA     5 cycle Sym. Interrupting Current       
n:Isym8c:bus1            kA     8 cycle Sym. Interrupting Current       
n:Mfsym2c:bus1                  2 cycle Int. Mult. Factor       
n:Mfsym3c:bus1                  3 cycle Int. Mult. Factor       
n:Mfsym5c:bus1                  5 cycle Int. Mult. Factor       
n:Mfsym8c:bus1                  8 cycle Int. Mult. Factor       
n:Itot2c:bus1            kA     2 cycle Total Interrupting Current      
n:Itot3c:bus1            kA     3 cycle Total Interrupting Current      
n:Itot5c:bus1            kA     5 cycle Total Interrupting Current      
n:Itot8c:bus1            kA     8 cycle Total Interrupting Current      
n:Mftot2c:bus1                  2 cycle Total Mult. Factor      
n:Mftot3c:bus1                  3 cycle Total Mult. Factor      
n:Mftot5c:bus1                  5 cycle Total Mult. Factor      
n:Mftot8c:bus1                  8 cycle Total Mult. Factor      
n:Isym_30:bus1           kA     30cycle Sym. Current    
n:phii_30:bus1           deg    30cycle Sym. Current, Angle     
n:Ssym_30:bus1           MVA    30cycle Sym. Power      
n:R_30:bus1              Ohm    30cycle Short-Circuit Impedance, Real Part      
n:X_30:bus1              Ohm    30cycle Short-Circuit Impedance, Imaginary Part 
n:Z_30:bus1              Ohm    30cycle Short-Circuit Impedance, Magnitude      
n:phiz_30:bus1           deg    30cycle Short-Circuit Impedance, Angle  
n:phiui_30:bus1          deg    30cycle Angle between Voltage and Current       
n:upref_30:bus1          p.u.   30cycle Pre-fault Voltage       
n:Upref_30:bus1          kV     30cycle Pre-fault Voltage       
n:I:bus1                 kA     Short-Circuit Current   
n:phii:bus1              deg    Short-Circuit Current, Angle    
n:phiui:bus1             deg    Angle between Voltage and Current       
n:S:bus1                 MVA    Short-Circuit Power     
n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:du:bus1                %      Voltage Deviation       
n:Ipload:bus1            %      Loading, Peak Short-Circuit Current     

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 
c:Icontrib       kA     Contribution Current    
c:currcont:r     p.u.   Contribution Current, Real Part 
c:currcont:i     p.u.   Contribution Current, Imaginary Part    
c:currcont:phi   deg    Contribution Current, Angle     
c:currcont:mag   p.u.           Contribution Current, Magnitude 
c:currcont:phirad        rad    Contribution Current, Angle     

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Type Parameter:



Reference Parameter:



Short-Circuit ANSI unbalanced:
-----------------------------

Currents, Voltages and Powers:

m:Isym_m:bus1            kA     Sym. Momentary Current  
m:phii_m:bus1            deg    Sym. Momentary Current, Angle   
m:phiui_m:bus1           deg    Angle between Voltage and Current       
m:Ssym_m:bus1            MVA    Sym. Momentary Power    
m:I0_m:bus1              kA     Momentary Zero-Sequence Current, Magnitude      
m:I0x3_m:bus1            kA     Momentary 3*I0  
m:phii0_m:bus1           deg    Momentary Zero-Sequence Current, Angle  
m:i1_m:bus1              p.u.   Momentary Positive-Sequence Current, Magnitude  
m:I1_m:bus1              kA     Momentary Positive-Sequence Current, Magnitude  
m:phii1_m:bus1           deg    Momentary Positive-Sequence Current, Angle      
m:I2_m:bus1              kA     Momentary Negative-Sequence Current, Magnitude  
m:phii2_m:bus1           deg    Momentary Negative-Sequence Current, Angle      
m:phiu0i0_m:bus1         deg    Momentary Angle between Voltage and Current in 0-seq. system    
m:phiu1i1_m:bus1         deg    Momentary Angle between Voltage and Current in +seq. system     
m:phiu2i2_m:bus1         deg    Momentary Angle between Voltage and Current in -seq. system     
m:cosphiu1i1_m:bus1             Momentary Positive-Sequence cosphi      
m:maxIsym_m:bus1         kA     Max. sym. Momentary Current     
m:maxI16asym_m:bus1      kA     Asym. Momentary Current, Duty   
m:maxI27peak_m:bus1      kA     Asym. Momentary Peak Current, Duty      
m:maxIasym_m:bus1        kA     Asym. Momentary Current, calculated     
m:maxIpeak_m:bus1        kA     Asym. Momentary Peak Current, calculated        
m:maxIlvcb:bus1          kA     LV Power Fuse Breaker   
m:maxIlvfuse:bus1        kA     LV Fuse 
m:maxIlvmccbg20:bus1     kA     Molded Case Circuit Breaker > 20 kA     
m:maxIlvmccb1020:bus1    kA     Molded Case Circuit Breaker 10-20 kA    
m:maxIlvmccb010:bus1     kA     Molded Case Circuit Breaker 0-10 kA     
m:Isym_i:bus1            kA     Sym. Interrupting Current       
m:phii_i:bus1            deg    Sym. Interrupting Current, Angle        
m:phiui_i:bus1           deg    Interrupting Angle between Voltage and Current  
m:Ssym_i:bus1            MVA    Sym. Interrupting Power 
m:I0_i:bus1              kA     Interrupting Zero-Sequence Current, Magnitude   
m:I0x3_i:bus1            kA     Interrupting 3*I0       
m:phii0_i:bus1           deg    Interrupting Zero-Sequence Current, Angle       
m:i1_i:bus1              p.u.   Interrupting Positive-Sequence Current, Magnitude       
m:I1_i:bus1              kA     Interrupting Positive-Sequence Current, Magnitude       
m:phii1_i:bus1           deg    Interrupting Positive-Sequence Current, Angle   
m:I2_i:bus1              kA     Interrupting Negative-Sequence Current, Magnitude       
m:phii2_i:bus1           deg    Interrupting Negative-Sequence Current, Angle   
m:phiu0i0_i:bus1         deg    Interrupting Angle between U0 and I0 in 0-seq. system   
m:phiu1i1_i:bus1         deg    Interrupting Angle between U1 and I1 in +seq. system    
m:phiu2i2_i:bus1         deg    Interrupting Angle between U2 and I2 in -seq. system    
m:cosphiu1i1_i:bus1             Interrupting Positive-Sequence cosphi   
m:maxIsym_i:bus1         kA     Max. Sym. Interrupting Current  
m:maxIsym2c:bus1         kA     2 cycle Sym. Interrupting Current       
m:maxIsym3c:bus1         kA     3 cycle Sym. Interrupting Current       
m:maxIsym5c:bus1         kA     5 cycle Sym. Interrupting Current       
m:maxIsym8c:bus1         kA     8 cycle Sym. Interrupting Current       
m:maxItot2c:bus1         kA     2 cycle Total Interrupting Current      
m:maxItot3c:bus1         kA     3 cycle Total Interrupting Current      
m:maxItot5c:bus1         kA     5 cycle Total Interrupting Current      
m:maxItot8c:bus1         kA     8 cycle Total Interrupting Current      
m:Isym_30:bus1           kA     30cycle Sym. Current    
m:phii_30:bus1           deg    30cycle Sym. Current, Angle     
m:phiui_30:bus1          deg    30cycle Angle between Voltage and Current       
m:Ssym_30:bus1           MVA    30cycle Sym. Power      
m:I0_30:bus1             kA     30cycle Zero-Sequence Current, Magnitude        
m:I0x3_30:bus1           kA     30cycle 3*I0    
m:phii0_30:bus1          deg    30cycle Zero-Sequence Current, Angle    
m:i1_30:bus1             p.u.   30cycle Positive-Sequence Current, Magnitude    
m:I1_30:bus1             kA     30cycle Positive-Sequence Current, Magnitude    
m:phii1_30:bus1          deg    30cycle Positive-Sequence Current, Angle        
m:I2_30:bus1             kA     30cycle Negative-Sequence Current, Magnitude    
m:phii2_30:bus1          deg    30cycle Negative-Sequence Current, Angle        
m:phiu0i0_30:bus1        deg    30cycle Angle between Voltage and Current in 0-seq. system      
m:phiu1i1_30:bus1        deg    30cycle Angle between Voltage and Current in +seq. system       
m:phiu2i2_30:bus1        deg    30cycle Angle between Voltage and Current in -seq. system       
m:cosphiu1i1_30:bus1            30cycle Positive-Sequence cosphi        
m:maxIsym_30:bus1        kA     Max. Sym. 30cycle Current       
m:I:bus1:A               kA     Short-Circuit Current   
m:I:bus1:B               kA     Short-Circuit Current   
m:I:bus1:C               kA     Short-Circuit Current   
m:phii:bus1:A            deg    Short-Circuit Current, Angle    
m:phii:bus1:B            deg    Short-Circuit Current, Angle    
m:phii:bus1:C            deg    Short-Circuit Current, Angle    
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:S:bus1:A               MVA    Short-Circuit Power     
m:S:bus1:B               MVA    Short-Circuit Power     
m:S:bus1:C               MVA    Short-Circuit Power     
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:phiu0i0:bus1           deg    Angle between Voltage and Current in 0-seq. system      
m:phiu1i1:bus1           deg    Angle between Voltage and Current in +seq. system       
m:phiu2i2:bus1           deg    Angle between Voltage and Current in -seq. system       
m:Zfrel:bus1             Ohm    Relay Impedance, Magnitude      
m:phizfrel:bus1          deg    Relay Impedance, Angle  
m:Rfrel:bus1             Ohm    Relay Impedance, Real Part      
m:Xfrel:bus1             Ohm    Relay Impedance, Imaginary Part 
m:Zs:bus1                Ohm    Source Impedance, Magnitude     
m:phizs:bus1             deg    Source Impedance, Angle 
m:Rs:bus1                Ohm    Source Impedance, Real Part     
m:Xs:bus1                Ohm    Source Impedance, Imaginary Part        
m:Z:bus1:A               Ohm    Fault Impedance, Magnitude      
m:Z:bus1:B               Ohm    Fault Impedance, Magnitude      
m:Z:bus1:C               Ohm    Fault Impedance, Magnitude      
m:phiz:bus1:A            deg    Fault Impedance, Angle  
m:phiz:bus1:B            deg    Fault Impedance, Angle  
m:phiz:bus1:C            deg    Fault Impedance, Angle  
m:Zl:bus1:A              Ohm    Line-Line Fault Impedance, Magnitude    
m:Zl:bus1:B              Ohm    Line-Line Fault Impedance, Magnitude    
m:Zl:bus1:C              Ohm    Line-Line Fault Impedance, Magnitude    
m:phizl:bus1:A           deg    Line-Line Fault Impedance, Angle        
m:phizl:bus1:B           deg    Line-Line Fault Impedance, Angle        
m:phizl:bus1:C           deg    Line-Line Fault Impedance, Angle        
m:I0x3watt:bus1          kA     Earth-Fault Residual Current    
m:I0x3var:bus1           kA     Capacitive Earth-Fault Current  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:cosphisum:bus1                Total Power Factor      
m:P0:bus1                MW     P0      
m:Q0cap:bus1             Mvar   Q0 capacitive   
m:P2:bus1                MW     P2      
m:Q2:bus1                Mvar   Q2      
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     

Bus Results:

n:Isym_m:bus1            kA     Sym. Momentary Current  
n:phii_m:bus1            deg    Sym. Momentary Current, Angle   
n:phiui_m:bus1           deg    Momentary Angle between Voltage and Current     
n:Ssym_m:bus1            MVA    Sym. Momentary Power    
n:I16asym_m:bus1         kA     Asym. Momentary Current, Duty   
n:I27peak_m:bus1         kA     Asym. Momentary Peak Current, Duty      
n:Iasym_m:bus1           kA     Asym. Momentary Current, calculated     
n:Ipeak_m:bus1           kA     Asym. Momentary Peak Current, calculated        
n:XtoR_m:bus1                   Momentary X/R Ratio     
n:Mfact_m:bus1                  Momentary Mult. Factor  
n:R0_m:bus1              Ohm    Momentary Zero-Sequence Impedance, Real Part    
n:X0_m:bus1              Ohm    Momentary Zero-Sequence Impedance, Imaginary Part       
n:Z0_m:bus1              Ohm    Momentary Zero-Sequence Impedance, Magnitude    
n:phiz0_m:bus1           deg    Momentary Zero-Sequence Impedance, Angle        
n:R1_m:bus1              Ohm    Momentary Positive-Sequence Impedance, Real Part        
n:X1_m:bus1              Ohm    Momentary Positive-Sequence Impedance, Imaginary Part   
n:Z1_m:bus1              Ohm    Momentary Positive-Sequence Impedance, Magnitude        
n:phiz1_m:bus1           deg    Momentary Positive-Sequence Impedance, Angle    
n:R2_m:bus1              Ohm    Momentary Negative-Sequence Impedance, Real Part        
n:X2_m:bus1              Ohm    Momentary Negative-Sequence Impedance, Imaginary Part   
n:Z2_m:bus1              Ohm    Momentary Negative-Sequence Impedance, Magnitude        
n:phiz2_m:bus1           deg    Momentary Negative-Sequence Impedance, Angle    
n:i0_m:bus1              p.u.   Momentary Zero-Sequence Current, Magnitude      
n:I0_m:bus1              kA     Momentary Zero-Sequence Current, Magnitude      
n:I0x3_m:bus1            kA     Momentary 3*I0  
n:phii0_m:bus1           deg    Momentary Zero-Sequence Current, Angle  
n:i1_m:bus1              p.u.   Momentary Positive-Sequence Current, Magnitude  
n:I1_m:bus1              kA     Momentary Positive-Sequence Current, Magnitude  
n:phii1_m:bus1           deg    Momentary Positive-Sequence Current, Angle      
n:i2_m:bus1              p.u.   Momentary Negative-Sequence Current, Magnitude  
n:I2_m:bus1              kA     Momentary Negative-Sequence Current, Magnitude  
n:phii2_m:bus1           deg    Momentary Negative-Sequence Current, Angle      
n:in_m:bus1              p.u.   Momentary Neutral Current, Magnitude    
n:In_m:bus1              kA     Momentary Neutral Current, Magnitude    
n:phiin_m:bus1           deg    Momentary Neutral Current, Angle        
n:phiu1i1_m:bus1         deg    Momentary Angle between Voltage and Current in +seq. system     
n:phiu2i2_m:bus1         deg    Momentary Angle between Voltage and Current in -seq. system     
n:phiu0i0_m:bus1         deg    Momentary Angle between Voltage and Current in 0-seq. system    
n:Ilvcb:bus1             kA     LV Power Fuse Breaker   
n:Ilvfuse:bus1           kA     LV Fuse 
n:Ilvmccbg20:bus1        kA     Molded Case Circuit Breaker > 20 kA     
n:Ilvmccb1020:bus1       kA     Molded Case Circuit Breaker 10-20 kA    
n:Ilvmccb010:bus1        kA     Molded Case Circuit Breaker 0-10 kA     
n:Isym_i:bus1            kA     Sym. Interrupting Current       
n:phii_i:bus1            deg    Sym. Interrupting Current, Angle        
n:phiui_i:bus1           deg    Interrupting Angle between Voltage and Current  
n:Ssym_i:bus1            MVA    Sym. Interrupting Power 
n:XtoR_i:bus1                   Interrupting X/R Ratio  
n:NACD:bus1                     No AC Current Decay     
n:Iremote:bus1           kA     Remote Current Contribution     
n:phiIrem:bus1           deg    Remote Current Contribution, Angle      
n:R0_i:bus1              Ohm    Interrupting Zero-Sequence Impedance, Real Part 
n:X0_i:bus1              Ohm    Interrupting Zero-Sequence Impedance, Imaginary Part    
n:Z0_i:bus1              Ohm    Interrupting Zero-Sequence Impedance, Magnitude 
n:phiz0_i:bus1           deg    Interrupting Zero-Sequence Impedance, Angle     
n:R1_i:bus1              Ohm    Interrupting Positive-Sequence Impedance, Real Part     
n:X1_i:bus1              Ohm    Interrupting Positive-Sequence Impedance, Imaginary Part        
n:Z1_i:bus1              Ohm    Interrupting Positive-Sequence Impedance, Magnitude     
n:phiz1_i:bus1           deg    Interrupting Positive-Sequence Impedance, Angle 
n:R2_i:bus1              Ohm    Interrupting Negative-Sequence Impedance, Real Part     
n:X2_i:bus1              Ohm    Interrupting Negative-Sequence Impedance, Imaginary Part        
n:Z2_i:bus1              Ohm    Interrupting Negative-Sequence Impedance, Magnitude     
n:phiz2_i:bus1           deg    Interrupting Negative-Sequence Impedance, Angle 
n:Isym2c:bus1            kA     2 cycle Sym. Interrupting Current       
n:Isym3c:bus1            kA     3 cycle Sym. Interrupting Current       
n:Isym5c:bus1            kA     5 cycle Sym. Interrupting Current       
n:Isym8c:bus1            kA     8 cycle Sym. Interrupting Current       
n:Mfsym2c:bus1                  2 cycle Int. Mult. Factor       
n:Mfsym3c:bus1                  3 cycle Int. Mult. Factor       
n:Mfsym5c:bus1                  5 cycle Int. Mult. Factor       
n:Mfsym8c:bus1                  8 cycle Int. Mult. Factor       
n:Itot2c:bus1            kA     2 cycle Total Interrupting Current      
n:Itot3c:bus1            kA     3 cycle Total Interrupting Current      
n:Itot5c:bus1            kA     5 cycle Total Interrupting Current      
n:Itot8c:bus1            kA     8 cycle Total Interrupting Current      
n:Mftot2c:bus1                  2 cycle Total Mult. Factor      
n:Mftot3c:bus1                  3 cycle Total Mult. Factor      
n:Mftot5c:bus1                  5 cycle Total Mult. Factor      
n:Mftot8c:bus1                  8 cycle Total Mult. Factor      
n:i0_i:bus1              p.u.   Interrupting Zero-Sequence Current, Magnitude   
n:I0_i:bus1              kA     Interrupting Zero-Sequence Current, Magnitude   
n:I0x3_i:bus1            kA     Interrupting 3*I0       
n:phii0_i:bus1           deg    Interrupting Zero-Sequence Current, Angle       
n:i1_i:bus1              p.u.   Interrupting Positive-Sequence Current, Magnitude       
n:I1_i:bus1              kA     Interrupting Positive-Sequence Current, Magnitude       
n:phii1_i:bus1           deg    Interrupting Positive-Sequence Current, Angle   
n:i2_i:bus1              p.u.   Interrupting Negative-Sequence Current, Magnitude       
n:I2_i:bus1              kA     Interrupting Negative-Sequence Current, Magnitude       
n:phii2_i:bus1           deg    Interrupting Negative-Sequence Current, Angle   
n:in_i:bus1              p.u.   Interrupting Neutral Current, Magnitude 
n:In_i:bus1              kA     Interrupting Neutral Current, Magnitude 
n:phiin_i:bus1           deg    Interrupting Neutral Current, Angle     
n:phiu1i1_i:bus1         deg    Interrupting Angle between Voltage and Current, +sequence       
n:phiu2i2_i:bus1         deg    Interrupting Angle between Voltage and Current in -sequence     
n:phiu0i0_i:bus1         deg    Interrupting Angle between Voltage and Current in 0-sequence    
n:Isym_30:bus1           kA     30cycle Sym. Current    
n:phii_30:bus1           deg    30cycle Sym. Current, Angle     
n:phiui_30:bus1          deg    30cycle Angle between Voltage and Current       
n:Ssym_30:bus1           MVA    30cycle Sym. Power      
n:R0_30:bus1             Ohm    30cycle Zero-Sequence Impedance, Real Part      
n:X0_30:bus1             Ohm    30cycle Zero-Sequence Impedance, Imaginary Part 
n:Z0_30:bus1             Ohm    30cycle Zero-Sequence Impedance, Magnitude      
n:phiz0_30:bus1          deg    30cycle Zero-Sequence Impedance, Angle  
n:R1_30:bus1             Ohm    30cycle Positive-Sequence Impedance, Real Part  
n:X1_30:bus1             Ohm    30cycle Positive-Sequence Impedance, Imaginary Part     
n:Z1_30:bus1             Ohm    30cycle Positive-Sequence Impedance, Magnitude  
n:phiz1_30:bus1          deg    30cycle Positive-Sequence Impedance, Angle      
n:R2_30:bus1             Ohm    30cycle Negative-Sequence Impedance, Real Part  
n:X2_30:bus1             Ohm    30cycle Negative-Sequence Impedance, Imaginary Part     
n:Z2_30:bus1             Ohm    30cycle Negative-Sequence Impedance, Magnitude  
n:phiz2_30:bus1          deg    30cycle Negative-Sequence Impedance, Angle      
n:i0_30:bus1             p.u.   30cycle Zero-Sequence Current, Magnitude        
n:I0_30:bus1             kA     30cycle Zero-Sequence Current, Magnitude        
n:I0x3_30:bus1           kA     30cycle 3*I0    
n:phii0_30:bus1          deg    30cycle Zero-Sequence Current, Angle    
n:i1_30:bus1             p.u.   30cycle Positive-Sequence Current, Magnitude    
n:I1_30:bus1             kA     30cycle Positive-Sequence Current, Magnitude    
n:phii1_30:bus1          deg    30cycle Positive-Sequence Current, Angle        
n:i2_30:bus1             p.u.   30cycle Negative-Sequence Current, Magnitude    
n:I2_30:bus1             kA     30cycle Negative-Sequence Current, Magnitude    
n:phii2_30:bus1          deg    30cycle Negative-Sequence Current, Angle        
n:in_30:bus1             p.u.   30cycle Neutral Current, Magnitude      
n:In_30:bus1             kA     30cycle Neutral Current, Magnitude      
n:phiin_30:bus1          deg    30cycle Neutral Current, Angle  
n:phiu1i1_30:bus1        deg    30cycle Angle between Voltage and Current in +sequence  
n:phiu2i2_30:bus1        deg    30cycle Angle between Voltage and Current in -sequence  
n:phiu0i0_30:bus1        deg    30cycle Angle between Voltage and Current in 0-sequence 
n:I:bus1:A               kA     Short-Circuit Current   
n:I:bus1:B               kA     Short-Circuit Current   
n:I:bus1:C               kA     Short-Circuit Current   
n:phii:bus1:A            deg    Short-Circuit Current, Angle    
n:phii:bus1:B            deg    Short-Circuit Current, Angle    
n:phii:bus1:C            deg    Short-Circuit Current, Angle    
n:phiui:bus1:A           deg    Angle between Voltage and Current       
n:phiui:bus1:B           deg    Angle between Voltage and Current       
n:phiui:bus1:C           deg    Angle between Voltage and Current       
n:S:bus1:A               MVA    Short-Circuit Power     
n:S:bus1:B               MVA    Short-Circuit Power     
n:S:bus1:C               MVA    Short-Circuit Power     
n:I0:bus1                kA     Zero-Sequence Current, Magnitude        
n:I0x3:bus1              kA     3*I0    
n:phii0:bus1             deg    Zero-Sequence Current, Angle    
n:I1:bus1                kA     Positive-Sequence Current, Magnitude    
n:phii1:bus1             deg    Positive-Sequence Current, Angle        
n:I2:bus1                kA     Negative-Sequence Current, Magnitude    
n:phii2:bus1             deg    Negative-Sequence Current, Angle        
n:In:bus1                kA     Neutral Current, Magnitude      
n:phiin:bus1             deg    Neutral Current, Angle  
n:phiu1i1:bus1           deg    Angle between Voltage and Current in +seq. system       
n:phiu2i2:bus1           deg    Angle between Voltage and Current in -seq. system       
n:phiu0i0:bus1           deg    Angle between Voltage and Current in 0-seq. system      
n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:du:bus1:A              %      Voltage Deviation       
n:du:bus1:B              %      Voltage Deviation       
n:du:bus1:C              %      Voltage Deviation       
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:Ipload:bus1            %      Loading, Peak Short-Circuit Current     

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 
c:Icontrib:A     kA     Contribution Current    
c:Icontrib:B     kA     Contribution Current    
c:Icontrib:C     kA     Contribution Current    
c:Icontrib:N     kA     Contribution Current    
c:currcont:r     p.u.   Contribution Current, Real Part 
c:currcont:i     p.u.   Contribution Current, Imaginary Part    
c:currcont:phi   deg    Contribution Current, Angle     
c:currcont:mag   p.u.           Contribution Current, Magnitude 
c:currcont:phirad        rad    Contribution Current, Angle     

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:R0             Ohm    Resistance, R0  
e:X0             Ohm    Reactance, X0   
e:R2             Ohm    Resistance, R2  
e:X2             Ohm    Reactance, X2   

Type Parameter:



Reference Parameter:



State Estimation balanced:
-------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



State Estimation unbalanced:
---------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Short-Circuit IEC 61363 balanced:
--------------------------------

Currents, Voltages and Powers:

m:Skss:bus1              MVA    Initial Short-Circuit Power     
m:Ikss:bus1              kA     Initial Short-Circuit Current   
m:ib_dc:bus1             kA     Decaying Component (breaker time)       
m:ip:bus1                kA     Peak Short-Circuit Current      
m:Ib:bus1                kA     Short-Circuit Breaking Current  
m:Ikdss:bus1             kA     Subtransient Short-Circuit Current      
m:Ikds:bus1              kA     Transient Short-Circuit Current 
m:Ikd:bus1               kA     Steady-State Short-Circuit Current      
m:I0:bus1                kA     Pre-fault Operational Current   
m:Tdss:bus1              s      Subtransient Time Constant      
m:Tds:bus1               s      Transient Time Constant 
m:Tdc:bus1               s      D.C. Time Constant      
m:phi0:bus1              rad    Pre-fault Phase Angle   

Bus Results:

n:Skss:bus1              MVA    Initial Short-Circuit Power     
n:Ikss:bus1              kA     Initial Short-Circuit Current   
n:ib_dc:bus1             kA     Decaying Component (breaker time)       
n:ip:bus1                kA     Peak Short-Circuit Current      
n:Ib:bus1                kA     Short-Circuit Breaking Current  
n:Ikdss:bus1             kA     Subtransient Short-Circuit Current      
n:Ikds:bus1              kA     Transient Short-Circuit Current 
n:Ikd:bus1               kA     Steady-State Short-Circuit Current      
n:I0:bus1                kA     Pre-fault Operational Current   
n:Tdss:bus1              s      Subtransient Time Constant      
n:Tds:bus1               s      Transient Time Constant 
n:Tdc:bus1               s      D.C. Time Constant      
n:phi0:bus1              rad    Pre-fault Phase Angle   

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:Ikd            kA     Ikd     
e:tdss           s      Td''    
e:tds            s      Td'     
e:curpreld       kA     Current 
e:cospreld              Power Factor    

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:Ikd            kA     Ikd     
e:tdss           s      Td''    
e:tds            s      Td'     
e:curpreld       kA     Current 
e:cospreld              Power Factor    

Type Parameter:



Reference Parameter:



Short-Circuit IEC 61363 unbalanced:
----------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 

Element Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:Ikd            kA     Ikd     
e:tdss           s      Td''    
e:tds            s      Td'     
e:curpreld       kA     Current 
e:cospreld              Power Factor    

Scenario Parameter:

e:R1             Ohm    Resistance, R1  
e:X1             Ohm    Reactance, X1   
e:iztreqz               Transient = Subtransient Impedance      
e:R1s            Ohm    Resistance, R1s 
e:X1s            Ohm    Reactance, X1s  
e:Ikd            kA     Ikd     
e:tdss           s      Td''    
e:tds            s      Td'     
e:curpreld       kA     Current 
e:cospreld              Power Factor    

Type Parameter:



Reference Parameter:



Generation Adequacy balanced:
----------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Generation Adequacy unbalanced:
------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Tie Open Point Opt. balanced:
----------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Tie Open Point Opt. unbalanced:
------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Short-Circuit DC balanced:
-------------------------

Currents, Voltages and Powers:

m:Ik:bus1                kA     Quasi Steady-State Short-Circuit Current        
m:Ipref:bus1             kA     Pre-fault Current       
m:Upref:bus1             kV     Pre-fault Voltage       
m:Uf:bus1                kV     Fault Voltage   
m:Tfct:bus1              s      Fault Clearing Time     

Bus Results:

n:ip:bus1                kA     Peak Short-Circuit Current      
n:Ik:bus1                kA     Quasi Steady-State Short-Circuit Current        
n:Upref:bus1             kV     Pre-fault Voltage       
n:Uf:bus1                kV     Fault Voltage   
n:Tn:bus1                ms     Network Time Constant (for ANSI/IEEE)   
n:tp:bus1                ms     Time to Peak (for IEC 61660)    
n:tau1:bus1              ms     Rise-Time Constant (for IEC 61660)      
n:tau2:bus1              ms     Decay-Time Constant (for IEC 61660)     
n:RR:bus1                kA/s   Rate of Rise (for ANSI/IEEE)    
n:Req:bus1               Ohm    Equivalent System Resistance    
n:Leq:bus1               mH     Equivalent System Inductance    
n:Ik_t:bus1              kA     Total Short-Circuit Current (for IEC 61660)     

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Short-Circuit DC unbalanced:
---------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Basic Data balanced:
-------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Basic Data unbalanced:
---------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Basic Data balanced:
-------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Basic Data unbalanced:
---------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Sensitivities / Distribution Factors AC balanced:
------------------------------------------------

Currents, Voltages and Powers:

m:dPdQ:bus1              MW/Mvar        Branch Sensitivity dPbranch/dQbus       
m:dQdQ:bus1              Mvar/Mvar      Branch Sensitivity dQbranch/dQbus       
m:dPdP:bus1              MW/MW  Branch Sensitivity dPbranch/dPbus       
m:dQdP:bus1              Mvar/MW        Branch Sensitivity dQbranch/dPbus       
m:dPdtap:bus1            MW/tap         Branch Sensitivity dPbranch/dtap        
m:dQdtap:bus1            Mvar/tap       Branch Sensitivity dQbranch/dtap        
m:LODF:bus1              %      Line Outage Distribution Factor LODF    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:dphidP:bus1            deg/MW         dphi/dP Sensitivity     
n:dphidQ:bus1            deg/Mvar       dphi/dQ Sensitivity     
n:dphidtap:bus1          deg/tap        dphi/dtap Sensitivity   
n:dvdP:bus1              p.u./MW        dv/dP Sensitivity       
n:dvdQ:bus1              p.u./Mvar      dv/dQ Sensitivity       
n:dvdtap:bus1            p.u./tap       dv/dtap Sensitivity     
n:levecQ:bus1                   Left Eigenvector of selected Q-Mode     
n:revecQ:bus1                   Right Eigenvector of selected Q-Mode    
n:partQ:bus1                    Participation Factor of selected Q-Mode 
n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Sensitivities / Distribution Factors AC unbalanced:
--------------------------------------------------

Currents, Voltages and Powers:

m:dPdI1r:bus1:A          MW/A   dP/dI1r Sensitivity     
m:dPdI1r:bus1:B          MW/A   dP/dI1r Sensitivity     
m:dPdI1r:bus1:C          MW/A   dP/dI1r Sensitivity     
m:dPdI1i:bus1:A          MW/A   dP/dI1i Sensitivity     
m:dPdI1i:bus1:B          MW/A   dP/dI1i Sensitivity     
m:dPdI1i:bus1:C          MW/A   dP/dI1i Sensitivity     
m:dQdI1r:bus1:A          Mvar/A         dQ/dI1r Sensitivity     
m:dQdI1r:bus1:B          Mvar/A         dQ/dI1r Sensitivity     
m:dQdI1r:bus1:C          Mvar/A         dQ/dI1r Sensitivity     
m:dQdI1i:bus1:A          Mvar/A         dQ/dI1i Sensitivity     
m:dQdI1i:bus1:B          Mvar/A         dQ/dI1i Sensitivity     
m:dQdI1i:bus1:C          Mvar/A         dQ/dI1i Sensitivity     
m:dPdI2r:bus1:A          MW/A   dP/dI2r Sensitivity     
m:dPdI2r:bus1:B          MW/A   dP/dI2r Sensitivity     
m:dPdI2r:bus1:C          MW/A   dP/dI2r Sensitivity     
m:dPdI2i:bus1:A          MW/A   dP/dI2i Sensitivity     
m:dPdI2i:bus1:B          MW/A   dP/dI2i Sensitivity     
m:dPdI2i:bus1:C          MW/A   dP/dI2i Sensitivity     
m:dQdI2r:bus1:A          Mvar/A         dQ/dI2r Sensitivity     
m:dQdI2r:bus1:B          Mvar/A         dQ/dI2r Sensitivity     
m:dQdI2r:bus1:C          Mvar/A         dQ/dI2r Sensitivity     
m:dQdI2i:bus1:A          Mvar/A         dQ/dI2i Sensitivity     
m:dQdI2i:bus1:B          Mvar/A         dQ/dI2i Sensitivity     
m:dQdI2i:bus1:C          Mvar/A         dQ/dI2i Sensitivity     
m:dPdI0r:bus1:A          MW/A   dP/dI0r Sensitivity     
m:dPdI0r:bus1:B          MW/A   dP/dI0r Sensitivity     
m:dPdI0r:bus1:C          MW/A   dP/dI0r Sensitivity     
m:dPdI0i:bus1:A          MW/A   dP/dI0i Sensitivity     
m:dPdI0i:bus1:B          MW/A   dP/dI0i Sensitivity     
m:dPdI0i:bus1:C          MW/A   dP/dI0i Sensitivity     
m:dQdI0r:bus1:A          Mvar/A         dQ/dI0r Sensitivity     
m:dQdI0r:bus1:B          Mvar/A         dQ/dI0r Sensitivity     
m:dQdI0r:bus1:C          Mvar/A         dQ/dI0r Sensitivity     
m:dQdI0i:bus1:A          Mvar/A         dQ/dI0i Sensitivity     
m:dQdI0i:bus1:B          Mvar/A         dQ/dI0i Sensitivity     
m:dQdI0i:bus1:C          Mvar/A         dQ/dI0i Sensitivity     
m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:dphidI1r:bus1:A        deg/A  dphi/dI1r Sensitivity   
n:dphidI1r:bus1:B        deg/A  dphi/dI1r Sensitivity   
n:dphidI1r:bus1:C        deg/A  dphi/dI1r Sensitivity   
n:dphidI1i:bus1:A        deg/A  dphi/dI1i Sensitivity   
n:dphidI1i:bus1:B        deg/A  dphi/dI1i Sensitivity   
n:dphidI1i:bus1:C        deg/A  dphi/dI1i Sensitivity   
n:dphidI2r:bus1:A        deg/A  dphi/dI2r Sensitivity   
n:dphidI2r:bus1:B        deg/A  dphi/dI2r Sensitivity   
n:dphidI2r:bus1:C        deg/A  dphi/dI2r Sensitivity   
n:dphidI2i:bus1:A        deg/A  dphi/dI2i Sensitivity   
n:dphidI2i:bus1:B        deg/A  dphi/dI2i Sensitivity   
n:dphidI2i:bus1:C        deg/A  dphi/dI2i Sensitivity   
n:dphidI0r:bus1:A        deg/A  dphi/dI0r Sensitivity   
n:dphidI0r:bus1:B        deg/A  dphi/dI0r Sensitivity   
n:dphidI0r:bus1:C        deg/A  dphi/dI0r Sensitivity   
n:dphidI0i:bus1:A        deg/A  dphi/dI0i Sensitivity   
n:dphidI0i:bus1:B        deg/A  dphi/dI0i Sensitivity   
n:dphidI0i:bus1:C        deg/A  dphi/dI0i Sensitivity   
n:dvdI1r:bus1:A          p.u./A         dv/dI1r Sensitivity     
n:dvdI1r:bus1:B          p.u./A         dv/dI1r Sensitivity     
n:dvdI1r:bus1:C          p.u./A         dv/dI1r Sensitivity     
n:dvdI1i:bus1:A          p.u./A         dv/dI1i Sensitivity     
n:dvdI1i:bus1:B          p.u./A         dv/dI1i Sensitivity     
n:dvdI1i:bus1:C          p.u./A         dv/dI1i Sensitivity     
n:dvdI2r:bus1:A          p.u./A         dv/dI2r Sensitivity     
n:dvdI2r:bus1:B          p.u./A         dv/dI2r Sensitivity     
n:dvdI2r:bus1:C          p.u./A         dv/dI2r Sensitivity     
n:dvdI2i:bus1:A          p.u./A         dv/dI2i Sensitivity     
n:dvdI2i:bus1:B          p.u./A         dv/dI2i Sensitivity     
n:dvdI2i:bus1:C          p.u./A         dv/dI2i Sensitivity     
n:dvdI0r:bus1:A          p.u./A         dv/dI0r Sensitivity     
n:dvdI0r:bus1:B          p.u./A         dv/dI0r Sensitivity     
n:dvdI0r:bus1:C          p.u./A         dv/dI0r Sensitivity     
n:dvdI0i:bus1:A          p.u./A         dv/dI0i Sensitivity     
n:dvdI0i:bus1:B          p.u./A         dv/dI0i Sensitivity     
n:dvdI0i:bus1:C          p.u./A         dv/dI0i Sensitivity     
n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Contingency Analysis AC balanced:
--------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:max_v:bus1             p.u.   Max. voltage    
n:min_v:bus1             p.u.   Min. voltage    
n:max_v_Cntcy:bus1              Contingency case (number) with max. voltage     
n:min_v_Cntcy:bus1              Contingency case (number) with min. voltage     
n:max_v_Cntcy_TP:bus1    min    Contingency case (time phase) with max. voltage 
n:min_v_Cntcy_TP:bus1    min    Contingency case (time phase) with min. voltage 
n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Contingency Analysis AC unbalanced:
----------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Load Flow DC balanced:
---------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Load Flow DC unbalanced:
-----------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Sensitivities / Distribution Factors DC balanced:
------------------------------------------------

Currents, Voltages and Powers:

m:dPdP:bus1              MW/MW  Branch Sensitivity dPbranch/dPbus       
m:dPdtap:bus1            MW/tap         Branch Sensitivity dPbranch/dtap        
m:LODF:bus1              %      Line Outage Distribution Factor LODF    
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:dphidP:bus1            deg/MW         dphi/dP Sensitivity     
n:dphidtap:bus1          deg/tap        dphi/dtap Sensitivity   
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Sensitivities / Distribution Factors DC unbalanced:
--------------------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Contingency Analysis DC balanced:
--------------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Contingency Analysis DC unbalanced:
----------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Voltage Profile Optimisation balanced:
-------------------------------------

Currents, Voltages and Powers:

m:Imax:bus1              kA     Maximum Current 
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:max_v:bus1             p.u.   Max. voltage    
n:min_v:bus1             p.u.   Min. voltage    
n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Voltage Profile Optimisation unbalanced:
---------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Capacitor Placement balanced:
------------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Capacitor Placement unbalanced:
--------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Frequency Sweep balanced:
------------------------

Currents, Voltages and Powers:

m:I:bus1                 A      Current, Magnitude      
m:i:bus1                 p.u.   Current, Magnitude      
m:I1:bus1                A      Positive-Sequence Current, Magnitude    
m:I2:bus1                A      Negative Sequence Current, Magnitude    
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phii:bus1              deg    Current Angle, Absolute 
m:P:bus1                 kW     Active Power    
m:Q:bus1                 kvar   Reactive Power  
m:S:bus1                 kVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:HD:bus1                %      Harmonic Distortion (Current)   
m:HF:bus1                %      Harmonic Factor 

Bus Results:

n:R:bus1                 Ohm    Network Resistance      
n:X:bus1                 Ohm    Network Reactance       
n:Z:bus1                 Ohm    Network Impedance, Magnitude    
n:phiz:bus1              deg    Network Impedance, Angle        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:HD:bus1                %      Harmonic Distortion     
n:u2:bus1                p.u.   Negative Sequence Voltage       
n:HF:bus1                %      Harmonic Factor 
n:Rnc:bus1               Ohm    Network Resistance (without C)  
n:Xnc:bus1               Ohm    Network Reactance (without C)   
n:Znc:bus1               Ohm    Network Impedance, Magnitude (without C)        
n:phiznc:bus1            deg    Network Impedance, Angle (without C)    

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Frequency Sweep unbalanced:
--------------------------

Currents, Voltages and Powers:

m:I:bus1:A               A      Phase Current   
m:I:bus1:B               A      Phase Current   
m:I:bus1:C               A      Phase Current   
m:i:bus1:A               p.u.   Phase Current   
m:i:bus1:B               p.u.   Phase Current   
m:i:bus1:C               p.u.   Phase Current   
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phii:bus1:A            deg    Current Angle, Absolute 
m:phii:bus1:B            deg    Current Angle, Absolute 
m:phii:bus1:C            deg    Current Angle, Absolute 
m:HD:bus1:A              %      Harmonic Distortion     
m:HD:bus1:B              %      Harmonic Distortion     
m:HD:bus1:C              %      Harmonic Distortion     
m:HF:bus1:A              %      Harmonic Factor 
m:HF:bus1:B              %      Harmonic Factor 
m:HF:bus1:C              %      Harmonic Factor 
m:P:bus1:A               kW     Active Power    
m:P:bus1:B               kW     Active Power    
m:P:bus1:C               kW     Active Power    
m:Q:bus1:A               kvar   Reactive Power  
m:Q:bus1:B               kvar   Reactive Power  
m:Q:bus1:C               kvar   Reactive Power  
m:S:bus1:A               kVA    Apparent Power  
m:S:bus1:B               kVA    Apparent Power  
m:S:bus1:C               kVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:i0:bus1                p.u.   Zero Sequence Current   
m:I0:bus1                A      Zero Sequence Current   
m:phiu0i0:bus1           deg    Angle between Voltage and Current in Zero-Sequence System       
m:HD0:bus1               %      Harmonic Distortion, Zero Sequence      
m:HF0:bus1               %      Harmonic Factor, Zero Sequence  
m:i1:bus1                p.u.   Positive Sequence Current       
m:I1:bus1                A      Positive Sequence Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in Positive-Sequence System   
m:HD1:bus1               %      Harmonic Distortion, Positive Sequence  
m:HF1:bus1               %      Harmonic Factor, Positive Sequence      
m:i2:bus1                p.u.   Negative Sequence Current       
m:I2:bus1                A      Negative Sequence Current       
m:phiu2i2:bus1           deg    Angle between Voltage and Current in Negative-Sequence System   
m:HD2:bus1               %      Harmonic Distortion, Negative Sequence  
m:HF2:bus1               %      Harmonic Factor, Negative Sequence      
m:Psum:bus1              kW     Active Power, All Phases        
m:Qsum:bus1              kvar   Reactive Power, All Phases      
m:Ssum:bus1              kVA    Apparent Power, All Phases      
m:cosphisum:bus1                Power Factor, All Phases        
m:ubfac:bus1                    Unbalance Factor        

Bus Results:

n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1:A         deg    Voltage, Relative Angle 
n:phiurel:bus1:B         deg    Voltage, Relative Angle 
n:phiurel:bus1:C         deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:R0:bus1                Ohm    Network Resistance, Zero Sequence       
n:X0:bus1                Ohm    Network Reactance, Zero Sequence        
n:Z0:bus1                Ohm    Network Impedance, Zero Sequence        
n:phiz0:bus1             deg    Angle of Network Impedance, Zero Sequence       
n:R1:bus1                Ohm    Network Resistance, Positive Sequence   
n:X1:bus1                Ohm    Network Reactance, Positive Sequence    
n:Z1:bus1                Ohm    Network Impedance, Positive Sequence    
n:phiz1:bus1             deg    Angle of Network Impedance, Positive Sequence   
n:R2:bus1                Ohm    Network Resistance, Negative Sequence   
n:X2:bus1                Ohm    Network Reactance, Negative Sequence    
n:Z2:bus1                Ohm    Network Impedance, Negative Sequence    
n:phiz2:bus1             deg    Angle of Network Impedance, Negative Sequence   
n:R:bus1:A               Ohm    Network Resistance, Line-Ground 
n:R:bus1:B               Ohm    Network Resistance, Line-Ground 
n:R:bus1:C               Ohm    Network Resistance, Line-Ground 
n:X:bus1:A               Ohm    Network Reactance, Line-Ground  
n:X:bus1:B               Ohm    Network Reactance, Line-Ground  
n:X:bus1:C               Ohm    Network Reactance, Line-Ground  
n:Z:bus1:A               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:B               Ohm    Network Impedance, Line-Ground  
n:Z:bus1:C               Ohm    Network Impedance, Line-Ground  
n:phiz:bus1:A            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:B            deg    Angle of Network Impedance, Line-Ground 
n:phiz:bus1:C            deg    Angle of Network Impedance, Line-Ground 
n:Rl:bus1:A              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:B              Ohm    Network Resistance, Line-Line   
n:Rl:bus1:C              Ohm    Network Resistance, Line-Line   
n:Xl:bus1:A              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:B              Ohm    Network Reactance, Line-Line    
n:Xl:bus1:C              Ohm    Network Reactance, Line-Line    
n:Zl:bus1:A              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:B              Ohm    Network Impedance, Line-Line    
n:Zl:bus1:C              Ohm    Network Impedance, Line-Line    
n:phizl:bus1:A           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:B           deg    Angle of Network Impedance, Line-Line   
n:phizl:bus1:C           deg    Angle of Network Impedance, Line-Line   
n:Rln:bus1:A             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:B             Ohm    Network Resistance, Line-Neutral        
n:Rln:bus1:C             Ohm    Network Resistance, Line-Neutral        
n:Xln:bus1:A             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:B             Ohm    Network Reactance, Line-Neutral 
n:Xln:bus1:C             Ohm    Network Reactance, Line-Neutral 
n:Zln:bus1:A             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:B             Ohm    Network Impedance, Line-Neutral 
n:Zln:bus1:C             Ohm    Network Impedance, Line-Neutral 
n:phizln:bus1:A          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:B          deg    Angle of Network Impedance, Line-Neutral        
n:phizln:bus1:C          deg    Angle of Network Impedance, Line-Neutral        
n:Rn:bus1                Ohm    Network Resistance, Neutral     
n:Xn:bus1                Ohm    Network Reactance, Neutral      
n:Zn:bus1                Ohm    Network Impedance, Neutral      
n:phizn:bus1             deg    Angle of Network Impedance, Neutral     
n:HD:bus1:A              %      Harmonic Distortion     
n:HD:bus1:B              %      Harmonic Distortion     
n:HD:bus1:C              %      Harmonic Distortion     
n:HD0:bus1               %      Harmonic Distortion, Zero Sequence      
n:HD1:bus1               %      Harmonic Distortion, Positive Sequence  
n:HD2:bus1               %      Harmonic Distortion, Negative Sequence  
n:ubfac:bus1             %      Unbalance Factor        
n:HF:bus1:A              %      Harmonic Factor 
n:HF:bus1:B              %      Harmonic Factor 
n:HF:bus1:C              %      Harmonic Factor 
n:HF0:bus1               %      Harmonic Factor, Zero Sequence  
n:HF1:bus1               %      Harmonic Factor, Positive Sequence      
n:HF2:bus1               %      Harmonic Factor, Negative Sequence      
n:Rnc:bus1:A             Ohm    Network Resistance (without C)  
n:Rnc:bus1:B             Ohm    Network Resistance (without C)  
n:Rnc:bus1:C             Ohm    Network Resistance (without C)  
n:Xnc:bus1:A             Ohm    Network Reactance (without C)   
n:Xnc:bus1:B             Ohm    Network Reactance (without C)   
n:Xnc:bus1:C             Ohm    Network Reactance (without C)   
n:Znc:bus1:A             Ohm    Network Impedance, Magnitude (without C)        
n:Znc:bus1:B             Ohm    Network Impedance, Magnitude (without C)        
n:Znc:bus1:C             Ohm    Network Impedance, Magnitude (without C)        
n:phiznc:bus1:A          deg    Network Impedance, Angle (without C)    
n:phiznc:bus1:B          deg    Network Impedance, Angle (without C)    
n:phiznc:bus1:C          deg    Network Impedance, Angle (without C)    
n:R0nc:bus1              Ohm    Network Resistance, Zero Sequence (without C)   
n:X0nc:bus1              Ohm    Network Reactance, Zero Sequence (without C)    
n:Z0nc:bus1              Ohm    Network Impedance, Zero Sequence (without C)    
n:phiz0nc:bus1           deg    Angle of Network Impedance, Zero Sequence (without C)   
n:R1nc:bus1              Ohm    Network Resistance, Positive Sequence (without C)       
n:X1nc:bus1              Ohm    Network Reactance, Positive Sequence (without C)        
n:Z1nc:bus1              Ohm    Network Impedance, Positive Sequence (without C)        
n:phiz1nc:bus1           deg    Angle of Network Impedance, Positive Sequence (without C)       
n:R2nc:bus1              Ohm    Network Resistance, Negative Sequence (without C)       
n:X2nc:bus1              Ohm    Network Reactance, Negative Sequence (without C)        
n:Z2nc:bus1              Ohm    Network Impedance, Negative Sequence (without C)        
n:phiz2nc:bus1           deg    Angle of Network Impedance, Negative Sequence (without C)       

Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Modal/Eigenvalue Analysis balanced:
----------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:ishcr:bus1             p.u.   Short-Circuit Current, real     
n:ishci:bus1             p.u.   Short-Circuit Current, imag     
n:ishc:bus1              p.u.   Short-Circuit Current, magnitude        
n:Ishc:bus1              kA     Short-Circuit Current, magnitude        
n:fe:bus1                p.u.   Electrical Frequency    
n:frdev:bus1             Hz     average frequency       
n:dfehz:bus1             Hz     Deviation of the El. Frequency  
n:dfedt:bus1             p.u./s         Derivative of El. Frequency     
n:fehz:bus1              Hz     Electrical Frequency    
n:frnom:bus1             Hz     Nominal Frequency       

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:f0             p.u.   IN      Frequency-Input continuous, double      
s:F0Hz           Hz     IN      Frequency-Input continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Additional Angle        continuous, double      
s:fref           p.u.   IN      Reference Frequency     continuous, double      
s:xspeed         p.u.   OUT     Frequency       continuous, double      
s:phiu           rad    STATE   Voltage-Angle   continuous, double      
s:phiu:dt        rad/s  d/dt    Voltage-Angle, derivative       continuous, double      

Calculation Parameter:

c:hpi            rad/s  Nominal-Angular-Frequency       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Modal/Eigenvalue Analysis unbalanced:
------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude        
m:inet:bus1:B            p.u.   Phase Current, Magnitude        
m:inet:bus1:C            p.u.   Phase Current, Magnitude        
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:ishcr:bus1:A           p.u.   Short-Circuit Current, real     
n:ishcr:bus1:B           p.u.   Short-Circuit Current, real     
n:ishcr:bus1:C           p.u.   Short-Circuit Current, real     
n:ishci:bus1:A           p.u.   Short-Circuit Current, imag     
n:ishci:bus1:B           p.u.   Short-Circuit Current, imag     
n:ishci:bus1:C           p.u.   Short-Circuit Current, imag     
n:ishc:bus1:A            p.u.   Short-Circuit Current, magnitude        
n:ishc:bus1:B            p.u.   Short-Circuit Current, magnitude        
n:ishc:bus1:C            p.u.   Short-Circuit Current, magnitude        
n:Ishc:bus1:A            kA     Short-Circuit Current, magnitude        
n:Ishc:bus1:B            kA     Short-Circuit Current, magnitude        
n:Ishc:bus1:C            kA     Short-Circuit Current, magnitude        
n:inshc:bus1             p.u.   Neutral Short-Circuit Current, magnitude        
n:Inshc:bus1             kA     Neutral Short-Circuit Current, magnitude        
n:fe:bus1                p.u.   Electrical Frequency    
n:frdev:bus1             Hz     average frequency       
n:dfehz:bus1             Hz     Deviation of the El. Frequency  
n:dfedt:bus1             p.u./s         Derivative of El. Frequency     
n:fehz:bus1              Hz     Electrical Frequency    
n:frnom:bus1             Hz     Nominal Frequency       

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:f0             p.u.   IN      Frequency-Input continuous, double      
s:F0Hz           Hz     IN      Frequency-Input continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Additional Angle        continuous, double      
s:fref           p.u.   IN      Reference Frequency     continuous, double      
s:xspeed         p.u.   OUT     Frequency       continuous, double      
s:phiu           rad    STATE   Voltage-Angle   continuous, double      
s:phiu:dt        rad/s  d/dt    Voltage-Angle, derivative       continuous, double      

Calculation Parameter:

c:hpi            rad/s  Nominal-Angular-Frequency       
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Arc-Flash Analysis balanced:
---------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Arc-Flash Analysis unbalanced:
-----------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Power Flow DC balanced:
------------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:LMP:bus1               USD/MWh        Locational marginal price       
n:SysLambda:bus1         USD/MWh        System lambda   
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Power Flow DC unbalanced:
--------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Backbone Calculation balanced:
-----------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Backbone Calculation unbalanced:
-------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal RCS Placement balanced:
------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal RCS Placement unbalanced:
--------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Motor Starting Calculation balanced:
-----------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Motor Starting Calculation unbalanced:
-------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Cable Analysis balanced:
-----------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:R              Ohm    Resistance      
c:X              Ohm    Reactance       
c:Z              Ohm    Impedance       
c:G              MW     Load Conductance        
c:B              Mvar   Load Susceptance        
c:Y              MVA    Load Admittance 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Cable Analysis unbalanced:
-------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:uini           p.u.   Voltage 
c:uini0:r        p.u.   0-Sequ. Voltage, Real Part      
c:uini0:i        p.u.   0-Sequ. Voltage, Imaginary Part 
c:uini0:phi      deg    0-Sequ. Voltage, Angle  
c:uini0:mag      p.u.   0-Sequ. Voltage, Magnitude      
c:uini0:phirad   rad    0-Sequ. Voltage, Angle  
c:uini2:r        p.u.   2-Sequ. Voltage, Real Part      
c:uini2:i        p.u.   2-Sequ. Voltage, Imaginary Part 
c:uini2:phi      deg    2-Sequ. Voltage, Angle  
c:uini2:mag      p.u.   2-Sequ. Voltage, Magnitude      
c:uini2:phirad   rad    2-Sequ. Voltage, Angle  
c:phiu           rad    Voltage Angle   
c:R1             Ohm    Resistance      
c:X1             Ohm    Reactance       
c:Z1             Ohm    Impedance       
c:G1             MW     Load Conductance        
c:B1             Mvar   Load Susceptance        
c:Y1             MVA    Load Admittance 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



OPF with Contingencies DC balanced:
----------------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



OPF with Contingencies DC unbalanced:
------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Manual Restoration balanced:
-----------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Manual Restoration unbalanced:
-------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Quasi-Dynamic Simulation AC balanced:
------------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Quasi-Dynamic Simulation AC unbalanced:
--------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Quasi-Dynamic Simulation DC balanced:
------------------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Quasi-Dynamic Simulation DC unbalanced:
--------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Connection Request D-A-CH-CZ balanced:
-------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Connection Request D-A-CH-CZ unbalanced:
---------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Phase Balance Optimisation balanced:
-----------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Phase Balance Optimisation unbalanced:
-------------------------------------

Currents, Voltages and Powers:

m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  

Bus Results:

n:ubfac:bus1             %      Unbalance Factor        

Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



User defined calculation balanced:
---------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



User defined calculation unbalanced:
-----------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Connection Request BDEW/VDE balanced:
------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Connection Request BDEW/VDE unbalanced:
--------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic Load Flow DC balanced:
-----------------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic Load Flow DC unbalanced:
-------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic Load Flow AC balanced:
-----------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic Load Flow AC unbalanced:
-------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Characteristics balanced:
------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Characteristics unbalanced:
--------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Data Extension balanced:
-----------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Data Extension unbalanced:
-------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic OPF AC balanced:
-----------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic OPF AC unbalanced:
-------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic OPF DC balanced:
-----------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic OPF DC unbalanced:
-------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic OPF with Contingencies DC balanced:
------------------------------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Probabilistic OPF with Contingencies DC unbalanced:
--------------------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Version balanced:
----------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Version unbalanced:
------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Unit Commitment AC balanced:
---------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:max_v:bus1             p.u.   Max. voltage    
n:min_v:bus1             p.u.   Min. voltage    
n:max_v_Cntcy:bus1              Contingency case (number) with max. voltage     
n:min_v_Cntcy:bus1              Contingency case (number) with min. voltage     
n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Unit Commitment AC unbalanced:
-----------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Unit Commitment DC balanced:
---------------------------

Currents, Voltages and Powers:

m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  

Bus Results:

n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:Pgen:bus1              MW     Generation, Active Power        
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Pload:bus1             MW     General Load, Active Power      
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Pnet:bus1              MW     External Networks, Active Power 
n:Pflow:bus1             MW     Power Flow, Active Power        
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    

Signals:

s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Unit Commitment DC unbalanced:
-----------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Hosting Capacity Analysis balanced:
----------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Hosting Capacity Analysis unbalanced:
------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Connection Request VDE 4110 balanced:
------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Connection Request VDE 4110 unbalanced:
--------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Scenarios balanced:
------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Scenarios unbalanced:
--------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Power Park Energy Analysis balanced:
-----------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Power Park Energy Analysis unbalanced:
-------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Equipment Placement balanced:
------------------------------------

Currents, Voltages and Powers:

m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:inet:bus1              p.u.   Current, Magnitude, referred to network 
m:I:bus1                 kA     Current, Magnitude      
m:phii:bus1              deg    Current, Angle  
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:cosphi:bus1                   Power Factor    
m:tanphi:bus1                   tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Spu:bus1               MVA/p.u.       Apparent Power per p.u. Voltage 
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:ur:bus1                p.u.   Voltage, Real Part      
m:ui:bus1                p.u.   Voltage, Imaginary Part 
m:u:bus1                 p.u.   Voltage, Magnitude      
m:ir:bus1                p.u.   Current, Real Part      
m:ii:bus1                p.u.   Current, Imaginary Part 
m:i:bus1                 p.u.   Current, Magnitude      
m:phiui:bus1             deg    Angle between Voltage and Current       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:ur:bus1                p.u.   Voltage, Real Part      
n:ui:bus1                p.u.   Voltage, Imaginary Part 
n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:phiu:bus1              deg    Voltage, Angle  
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:du:bus1                %      Voltage Deviation       
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Optimal Equipment Placement unbalanced:
--------------------------------------

Currents, Voltages and Powers:

m:u0:bus1                p.u.   Zero-Sequence-Voltage, Magnitude        
m:phiu0:bus1             deg    Zero-Sequence-Voltage, Angle    
m:u1r:bus1               p.u.   Positive-Sequence-Voltage, Real Part    
m:u1i:bus1               p.u.   Positive-Sequence-Voltage, Imaginary Part       
m:u1:bus1                p.u.   Positive-Sequence-Voltage, Magnitude    
m:U1:bus1                kV     Line-Ground Positive-Sequence-Voltage, Magnitude        
m:U1l:bus1               kV     Line-Line Positive-Sequence-Voltage, Magnitude  
m:phiu1:bus1             deg    Positive-Sequence-Voltage, Angle        
m:u2:bus1                p.u.   Negative-Sequence-Voltage, Magnitude    
m:phiu2:bus1             deg    Negative-Sequence-Voltage, Angle        
m:inet:bus1:A            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:B            p.u.   Phase Current, Magnitude, referred to network   
m:inet:bus1:C            p.u.   Phase Current, Magnitude, referred to network   
m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:phii:bus1:A            deg    Phase Current, Angle    
m:phii:bus1:B            deg    Phase Current, Angle    
m:phii:bus1:C            deg    Phase Current, Angle    
m:i0r:bus1               p.u.   Zero-Sequence Current, Real Part        
m:i0i:bus1               p.u.   Zero-Sequence Current, Imaginary Part   
m:i0:bus1                p.u.   Zero-Sequence Current, Magnitude        
m:I0:bus1                kA     Zero-Sequence Current, Magnitude        
m:I0x3:bus1              kA     3*I0    
m:phii0:bus1             deg    Zero-Sequence Current, Angle    
m:i1r:bus1               p.u.   Positive-Sequence Current, Real Part    
m:i1i:bus1               p.u.   Positive-Sequence Current, Imaginary Part       
m:i1:bus1                p.u.   Positive-Sequence Current, Magnitude    
m:I1:bus1                kA     Positive-Sequence Current, Magnitude    
m:phii1:bus1             deg    Positive-Sequence Current, Angle        
m:i2r:bus1               p.u.   Negative-Sequence Current, Real Part    
m:i2i:bus1               p.u.   Negative-Sequence Current, Imaginary Part       
m:i2:bus1                p.u.   Negative-Sequence Current, Magnitude    
m:I2:bus1                kA     Negative-Sequence Current, Magnitude    
m:phii2:bus1             deg    Negative-Sequence Current, Angle        
m:ubfacI:bus1            %      Current Unbalance Factor        
m:ubfacS:bus1            %      Power Unbalance Factor  
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:cosphi:bus1:A                 Power Factor    
m:cosphi:bus1:B                 Power Factor    
m:cosphi:bus1:C                 Power Factor    
m:tanphi:bus1:A                 tan(phi)        
m:tanphi:bus1:B                 tan(phi)        
m:tanphi:bus1:C                 tan(phi)        
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:cosphisum:bus1                Total Power Factor      
m:tanphisum:bus1                Total tan(phi)  
m:Pln:bus1:A             MW     Active Power (Line-Neutral)     
m:Pln:bus1:B             MW     Active Power (Line-Neutral)     
m:Pln:bus1:C             MW     Active Power (Line-Neutral)     
m:Qln:bus1:A             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:B             Mvar   Reactive Power (Line-Neutral)   
m:Qln:bus1:C             Mvar   Reactive Power (Line-Neutral)   
m:P1:bus1                MW     Positive Sequence Active Power  
m:Q1:bus1                Mvar   Positive Sequence Reactive Power        
m:P2:bus1                MW     Negative Sequence Active Power  
m:Q2:bus1                Mvar   Negative Sequence Reactive Power        
m:P0:bus1                MW     Zero Sequence Active Power      
m:Q0:bus1                Mvar   Zero Sequence Reactive Power    
m:i1P:bus1               p.u.   Positive-Sequence Active Current        
m:i1Q:bus1               p.u.   Positive-Sequence Reactive Current      
m:I1P:bus1               kA     Positive-Sequence Active Current        
m:I1Q:bus1               kA     Positive-Sequence Reactive Current      
m:i2P:bus1               p.u.   Negative-Sequence Active Current        
m:i2Q:bus1               p.u.   Negative-Sequence Reactive Current      
m:I2P:bus1               kA     Negative-Sequence Active Current        
m:I2Q:bus1               kA     Negative-Sequence Reactive Current      
m:ur:bus1:A              p.u.   Phase Voltage, Real Part        
m:ur:bus1:B              p.u.   Phase Voltage, Real Part        
m:ur:bus1:C              p.u.   Phase Voltage, Real Part        
m:ui:bus1:A              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:B              p.u.   Phase Voltage, Imaginary Part   
m:ui:bus1:C              p.u.   Phase Voltage, Imaginary Part   
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:ir:bus1:A              p.u.   Phase Current, Real Part        
m:ir:bus1:B              p.u.   Phase Current, Real Part        
m:ir:bus1:C              p.u.   Phase Current, Real Part        
m:ii:bus1:A              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:B              p.u.   Phase Current, Imaginary Part   
m:ii:bus1:C              p.u.   Phase Current, Imaginary Part   
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:phiui:bus1:A           deg    Angle between Voltage and Current       
m:phiui:bus1:B           deg    Angle between Voltage and Current       
m:phiui:bus1:C           deg    Angle between Voltage and Current       
m:phiu0i0:bus1           deg    Angle between Voltage and Current in zero-sequence system       
m:phiu1i1:bus1           deg    Angle between Voltage and Current in positive sequence system   
m:phiu2i2:bus1           deg    Angle between Voltage and Current in negative sequence system   
m:Tfct:bus1              s      Fault Clearing Time     
m:TfctPh:bus1:A          s      Fault Clearing Time     
m:TfctPh:bus1:B          s      Fault Clearing Time     
m:TfctPh:bus1:C          s      Fault Clearing Time     
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:ur:bus1:A              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:B              p.u.   Line-Ground Voltage, Real Part  
n:ur:bus1:C              p.u.   Line-Ground Voltage, Real Part  
n:ui:bus1:A              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:B              p.u.   Line-Ground Voltage, Imaginary Part     
n:ui:bus1:C              p.u.   Line-Ground Voltage, Imaginary Part     
n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:phiu:bus1:A            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:B            deg    Line-Ground Voltage, Angle      
n:phiu:bus1:C            deg    Line-Ground Voltage, Angle      
n:phiurel:bus1           deg    Voltage, Relative Angle 
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:phiul:bus1:A           deg    Line-Line Voltage, Angle        
n:phiul:bus1:B           deg    Line-Line Voltage, Angle        
n:phiul:bus1:C           deg    Line-Line Voltage, Angle        
n:u0:bus1                p.u.   Zero-Sequence Voltage, Magnitude        
n:U0:bus1                kV     Zero-Sequence Voltage, Magnitude        
n:U0x3:bus1              kV     3*U0    
n:phiu0:bus1             deg    Zero-Sequence Voltage, Angle    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:u1r:bus1               p.u.   Positive-Sequence Voltage, Real Part    
n:u1i:bus1               p.u.   Positive-Sequence Voltage, Imaginary Part       
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:phiu1:bus1             deg    Positive-Sequence Voltage, Angle        
n:u2:bus1                p.u.   Negative-Sequence Voltage, Magnitude    
n:U2:bus1                kV     Line-Ground Negative-Sequence Voltage, Magnitude        
n:phiu2:bus1             deg    Negative-Sequence Voltage, Angle        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:U2l:bus1               kV     Line-Line Negative-Sequence Voltage, Magnitude  
n:uln:bus1:A             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:B             p.u.   Line-Neutral Voltage, Magnitude 
n:uln:bus1:C             p.u.   Line-Neutral Voltage, Magnitude 
n:Uln:bus1:A             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:B             kV     Line-Neutral Voltage, Magnitude 
n:Uln:bus1:C             kV     Line-Neutral Voltage, Magnitude 
n:phiuln:bus1:A          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:B          deg    Line-Neutral Voltage, Angle     
n:phiuln:bus1:C          deg    Line-Neutral Voltage, Angle     
n:un:bus1                p.u.   Neutral-Ground Voltage, Magnitude       
n:Un:bus1                kV     Neutral-Ground Voltage, Magnitude       
n:phiun:bus1             deg    Neutral-Ground Voltage, Angle   
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:um:bus1                p.u.   Average-Voltage, Magnitude      
n:Um:bus1                kV     Average-Voltage, Magnitude      
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:uphtmax:bus1           p.u.   Maximum of Phase Technology dependent Voltage, Magnitude        
n:Pgen:bus1              MW     Generation, Active Power        
n:Qgen:bus1              Mvar   Generation, Reactive Power      
n:Pmot:bus1              MW     Motor Load, Active Power        
n:Qmot:bus1              Mvar   Motor Load, Reactive Power      
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:Pcomp:bus1             MW     Compensation (Losses)   
n:Qcomp:bus1             Mvar   Compensation    
n:Pnet:bus1              MW     External Networks, Active Power 
n:Qnet:bus1              Mvar   External Networks, Reactive Power       
n:Pflow:bus1             MW     Power Flow, Active Power        
n:Qflow:bus1             Mvar   Power Flow, Reactive Power      
n:Pout:bus1              MW     Outgoing Flow, Active Power     
n:Qout:bus1              Mvar   Outgoing Power, Reactive Power  
n:Sout:bus1              MVA    Outgoing Power, Apparent Power  
n:cosphiout:bus1                Outgoing Power, Power Factor    
n:Pbalance:bus1          MW     Active Power Balance (=0)       
n:Qbalance:bus1          Mvar   Reactive Power Balance (=0)     
n:ubfac:bus1             %      Unbalance Factor        
n:LossPdown:bus1         MW     Losses, downstream      
n:LossQdown:bus1         Mvar   Losses, downstream (Reactive Power)     
n:LossPdownload:bus1     MW     Load losses, downstream 
n:LossQdownload:bus1     Mvar   Load losses, downstream 
n:LossPdownnoload:bus1   MW     No load losses, downstream      
n:LossQdownnoload:bus1   Mvar   No load losses, downstream      

Signals:

s:u0             p.u.   IN      Voltage-Input   continuous, double      
s:Ul0            kV     IN      Voltage-Input (Line-Line)       continuous, double      
s:U_A            kV     IN      Voltage, Magnitude, Phase a     continuous, double      
s:U_B            kV     IN      Voltage, Magnitude, Phase b     continuous, double      
s:U_C            kV     IN      Voltage, Magnitude, Phase c     continuous, double      
s:phiu_B         deg    IN      Voltage, Angle, Phase b continuous, double      
s:phiu_C         deg    IN      Voltage, Angle, Phase c continuous, double      
s:dphiu          rad    IN      Voltage Angle Input     continuous, double      
s:dFin           Hz     IN      Frequency Deviation     continuous, double      
s:dF             Hz     OUT     Frequency Deviation Output      continuous, double      

Calculation Parameter:

c:uini           p.u.   Voltage 
c:phiu           rad    Voltage Angle   
c:uini0:r               0-Sequ. Voltage, Real Part      
c:uini0:i               0-Sequ. Voltage, Imaginary Part 
c:uini0:phi             0-Sequ. Voltage, Angle  
c:uini0:mag             0-Sequ. Voltage, Magnitude      
c:uini0:phirad          0-Sequ. Voltage, Angle  
c:uini2:r               2-Sequ. Voltage, Real Part      
c:uini2:i               2-Sequ. Voltage, Imaginary Part 
c:uini2:phi             2-Sequ. Voltage, Angle  
c:uini2:mag             2-Sequ. Voltage, Magnitude      
c:uini2:phirad          2-Sequ. Voltage, Angle  
c:Kpf            MW/Hz  Primary Frequency Bias  
c:Ksf            MW/Hz  Secondary Frequency Bias        
c:Kp                    Secondary Factor        
c:iRefElement           Reference Element       
c:Ploss          MW     Losses (total)  
c:Qloss          Mvar   Reactive-Losses (total) 
c:Plossld        MW     Losses (load)   
c:Qlossld        Mvar   Reactive-Losses (load)  
c:Plossnld       MW     Losses (no load)        
c:Qlossnld       Mvar   Reactive-Losses (no load)       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Techno-Economical Calculation balanced:
--------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Techno-Economical Calculation unbalanced:
----------------------------------------

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Low Voltage Load Flow balanced:
------------------------------

Currents, Voltages and Powers:

m:I:bus1                 kA     Current, Magnitude      
m:P:bus1                 MW     Active Power    
m:Q:bus1                 Mvar   Reactive Power  
m:S:bus1                 MVA    Apparent Power  
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:u:bus1                 p.u.   Voltage, Magnitude      
m:i:bus1                 p.u.   Current, Magnitude      
m:Brkload:bus1           %      Breaker Loading 

Bus Results:

n:u:bus1                 p.u.   Voltage, Magnitude      
n:upc:bus1               %      Voltage, Magnitude      
n:u1:bus1                p.u.   Voltage, Magnitude      
n:u1pc:bus1              %      Voltage, Magnitude      
n:U:bus1                 kV     Line-Ground Voltage, Magnitude  
n:Ul:bus1                kV     Line-Line Voltage, Magnitude    
n:du:bus1                %      Voltage Deviation       
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    
n:du_feed:bus1           %      Voltage difference relative to feeder begin     

Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Low Voltage Load Flow unbalanced:
--------------------------------

Currents, Voltages and Powers:

m:I:bus1:A               kA     Phase Current, Magnitude        
m:I:bus1:B               kA     Phase Current, Magnitude        
m:I:bus1:C               kA     Phase Current, Magnitude        
m:P:bus1:A               MW     Active Power    
m:P:bus1:B               MW     Active Power    
m:P:bus1:C               MW     Active Power    
m:Q:bus1:A               Mvar   Reactive Power  
m:Q:bus1:B               Mvar   Reactive Power  
m:Q:bus1:C               Mvar   Reactive Power  
m:S:bus1:A               MVA    Apparent Power  
m:S:bus1:B               MVA    Apparent Power  
m:S:bus1:C               MVA    Apparent Power  
m:Psum:bus1              MW     Total Active Power      
m:Qsum:bus1              Mvar   Total Reactive Power    
m:Ssum:bus1              MVA    Total Apparent Power    
m:u:bus1:A               p.u.   Phase Voltage, Magnitude        
m:u:bus1:B               p.u.   Phase Voltage, Magnitude        
m:u:bus1:C               p.u.   Phase Voltage, Magnitude        
m:i:bus1:A               p.u.   Phase Current, Magnitude        
m:i:bus1:B               p.u.   Phase Current, Magnitude        
m:i:bus1:C               p.u.   Phase Current, Magnitude        
m:Brkload:bus1           %      Max. Breaker Loading    
m:BrkloadPh:bus1:A       %      Breaker Loading 
m:BrkloadPh:bus1:B       %      Breaker Loading 
m:BrkloadPh:bus1:C       %      Breaker Loading 

Bus Results:

n:u:bus1:A               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:B               p.u.   Line-Ground Voltage, Magnitude  
n:u:bus1:C               p.u.   Line-Ground Voltage, Magnitude  
n:upc:bus1:A             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:B             %      Line-Ground Voltage, Magnitude  
n:upc:bus1:C             %      Line-Ground Voltage, Magnitude  
n:U:bus1:A               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:B               kV     Line-Ground Voltage, Magnitude  
n:U:bus1:C               kV     Line-Ground Voltage, Magnitude  
n:ul:bus1:A              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:B              p.u.   Line-Line Voltage, Magnitude    
n:ul:bus1:C              p.u.   Line-Line Voltage, Magnitude    
n:ulpc:bus1:A            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:B            %      Line-Line Voltage, Magnitude    
n:ulpc:bus1:C            %      Line-Line Voltage, Magnitude    
n:Ul:bus1:A              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:B              kV     Line-Line Voltage, Magnitude    
n:Ul:bus1:C              kV     Line-Line Voltage, Magnitude    
n:u1:bus1                p.u.   Positive-Sequence Voltage, Magnitude    
n:u1pc:bus1              %      Positive-Sequence Voltage, Magnitude    
n:U1:bus1                kV     Line-Ground Positive-Sequence Voltage, Magnitude        
n:U1l:bus1               kV     Line-Line Positive-Sequence Voltage, Magnitude  
n:upht:bus1:A            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:B            p.u.   Phase Technology dependent Voltage, Magnitude   
n:upht:bus1:C            p.u.   Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:A            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:B            kV     Phase Technology dependent Voltage, Magnitude   
n:Upht:bus1:C            kV     Phase Technology dependent Voltage, Magnitude   
n:uphtmin:bus1           p.u.   Minimum of Phase Technology dependent Voltage, Magnitude        
n:Pload:bus1             MW     General Load, Active Power      
n:Qload:bus1             Mvar   General Load, Reactive Power    

Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:

