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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

b:loc_name              Name    
b:n_ele                 Number of Elements      
b:n_areas               Number of Areas 

Element Parameter:

e:loc_name              Name    
e:icolor                Colour  

Scenario Parameter:

e:loc_name              Name    
e:icolor                Colour  

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

b:loc_name              Name    
b:n_ele                 Number of Elements      
b:n_areas               Number of Areas 

Element Parameter:

e:loc_name              Name    
e:icolor                Colour  

Scenario Parameter:

e:loc_name              Name    
e:icolor                Colour  

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:

e:iInterChg             Consider Interchange Schedule   
e:InterPset      MW     Scheduled Active Power Interchange      

Scenario Parameter:

e:iInterChg             Consider Interchange Schedule   
e:InterPset      MW     Scheduled Active Power Interchange      

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:

e:iInterChg             Consider Interchange Schedule   
e:InterPset      MW     Scheduled Active Power Interchange      

Scenario Parameter:

e:iInterChg             Consider Interchange Schedule   
e:InterPset      MW     Scheduled Active Power Interchange      

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:Pgen           MW     Generators, Active Power        
c:Qgen           Mvar   Generators, Reactive Power      
c:Sgen           MVA    Generators, Apparent Power      
c:cosgen                Generators, Power Factor        
c:Pmot           MW     Motor Loads, Active Power       
c:Qmot           Mvar   Motor Loads, Reactive Power     
c:Smot           MVA    Motor Loads, Apparent Power     
c:cosmot                Motor Loads, Power Factor       
c:Pload          MW     Loads, Active Power     
c:Qload          Mvar   Loads, Reactive Power   
c:Sload          MVA    Loads, Apparent Power   
c:cosload               Loads, Power Factor     
c:Pcomp          MW     Compensation (Losses)   
c:Qcomp          Mvar   Compensation, C 
c:Qcompr         Mvar   Compensation, L 
c:Pnet           MW     External Networks, Active Power 
c:Qnet           Mvar   External Networks, Reactive Power       
c:Snet           MVA    External Networks, Apparent Power       
c:cosnet                External Networks, Power Factor 
c:Pinter         MW     Interchange Flow, Active Power  
c:Qinter         Mvar   Interchange Flow, Reactive Power        
c:Ploss          MW     Losses, Active Power    
c:Qloss          Mvar   Losses, Reactive Power  
c:Pt             MW     Turbine Power   
c:Pres           MW     Available-Reserve       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:Pgen           MW     Generators, Active Power        
c:Qgen           Mvar   Generators, Reactive Power      
c:Sgen           MVA    Generators, Apparent Power      
c:cosgen                Generators, Power Factor        
c:Pmot           MW     Motor Loads, Active Power       
c:Qmot           Mvar   Motor Loads, Reactive Power     
c:Smot           MVA    Motor Loads, Apparent Power     
c:cosmot                Motor Loads, Power Factor       
c:Pload          MW     Loads, Active Power     
c:Qload          Mvar   Loads, Reactive Power   
c:Sload          MVA    Loads, Apparent Power   
c:cosload               Loads, Power Factor     
c:Pcomp          MW     Compensation (Losses)   
c:Qcomp          Mvar   Compensation, C 
c:Qcompr         Mvar   Compensation, L 
c:Pnet           MW     External Networks, Active Power 
c:Qnet           Mvar   External Networks, Reactive Power       
c:Snet           MVA    External Networks, Apparent Power       
c:cosnet                External Networks, Power Factor 
c:Pinter         MW     Interchange Flow, Active Power  
c:Qinter         Mvar   Interchange Flow, Reactive Power        
c:Ploss          MW     Losses, Active Power    
c:Qloss          Mvar   Losses, Reactive Power  
c:Pt             MW     Turbine Power   
c:Pres           MW     Available Reserve       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:Pgen           MW     Generators, Active Power        
c:Qgen           Mvar   Generators, Reactive Power      
c:Sgen           MVA    Generators, Apparent Power      
c:cosgen                Generators, Power Factor        
c:Pmot           MW     Motor Loads, Active Power       
c:Qmot           Mvar   Motor Loads, Reactive Power     
c:Smot           MVA    Motor Loads, Apparent Power     
c:cosmot                Motor Loads, Power Factor       
c:Pload          MW     Loads, Active Power     
c:Qload          Mvar   Loads, Reactive Power   
c:Sload          MVA    Loads, Apparent Power   
c:cosload               Loads, Power Factor     
c:Pcomp          MW     Compensation (Losses)   
c:Qcomp          Mvar   Compensation, C 
c:Qcompr         Mvar   Compensation, L 
c:Pnet           MW     External Networks, Active Power 
c:Qnet           Mvar   External Networks, Reactive Power       
c:Snet           MVA    External Networks, Apparent Power       
c:cosnet                External Networks, Power Factor 
c:Pinter         MW     Interchange Flow, Active Power  
c:Qinter         Mvar   Interchange Flow, Reactive Power        
c:Ploss          MW     Losses, Active Power    
c:Qloss          Mvar   Losses, Reactive Power  
c:Pt             MW     Turbine Power   
c:Pres           MW     Available Reserve       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:SAIFI          1/Ca   System Average Interruption Frequency Index     
c:SAIDI          h/Ca   System Average Interruption Duration Index      
c:CAIFI          1/Ca   Customer Average Interruption Frequency Index   
c:CAIDI          h      Customer Average Interruption Duration Index    
c:ASAI                  Average Service Availability Index      
c:ASUI                  Average Service Unavailability Index    
c:SAIFI_P        1/a    Yearly Average Interruption Frequency (Contracted Power)        
c:SAIDI_P        h/a    Yearly Average Interruption Duration (Contracted Power) 
c:ENS            MWh/a  Energy Not Supplied     
c:AENS           MWh/Ca         Average Energy Not Supplied     
c:ACCI           MWh/Ca         Average Customer Curtailment Index      
c:IEAR           USD/kWh        Interrupted Energy Assessment Rate      
c:SES            MWh/a  System energy shed      
c:ASIFI          1/a    Average System Interruption Frequency Index     
c:ASIDI          h/a    Average System Interruption Duration Index      
c:MAIFI          1/Ca   Momentary Average Interruption Frequency Index  

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:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  

Scenario Parameter:

e:gnrl_modif            Object modified 
e:gnrl_modby            Object modified by      
e:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:

e:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  

Scenario Parameter:

e:chr_name              Characteristic Name     
e:dat_src               Data source     
e:for_name              Foreign Key     
e:desc                  Description     
e:appr_status           Status  
e:appr_modif            Modified        
e:appr_modby            Modified by     
e:cimRdfId              RDF ID  

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



Short-Circuit DC 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:



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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:Pgen           MW     Generators, Active Power        
c:Qgen           Mvar   Generators, Reactive Power      
c:Sgen           MVA    Generators, Apparent Power      
c:cosgen                Generators, Power Factor        
c:Pmot           MW     Motor Loads, Active Power       
c:Qmot           Mvar   Motor Loads, Reactive Power     
c:Smot           MVA    Motor Loads, Apparent Power     
c:cosmot                Motor Loads, Power Factor       
c:Pload          MW     Loads, Active Power     
c:Qload          Mvar   Loads, Reactive Power   
c:Sload          MVA    Loads, Apparent Power   
c:cosload               Loads, Power Factor     
c:Pcomp          MW     Compensation (Losses)   
c:Qcomp          Mvar   Compensation, C 
c:Qcompr         Mvar   Compensation, L 
c:Pnet           MW     External Networks, Active Power 
c:Qnet           Mvar   External Networks, Reactive Power       
c:Snet           MVA    External Networks, Apparent Power       
c:cosnet                External Networks, Power Factor 
c:Pinter         MW     Interchange Flow, Active Power  
c:Qinter         Mvar   Interchange Flow, Reactive Power        
c:Ploss          MW     Losses, Active Power    
c:Qloss          Mvar   Losses, Reactive Power  
c:Pt             MW     Turbine Power   
c:Pres           MW     Available-Reserve       

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:Pgen           MW     Generators, Active Power        
c:Qgen           Mvar   Generators, Reactive Power      
c:Sgen           MVA    Generators, Apparent Power      
c:cosgen                Generators, Power Factor        
c:Pmot           MW     Motor Loads, Active Power       
c:Qmot           Mvar   Motor Loads, Reactive Power     
c:Smot           MVA    Motor Loads, Apparent Power     
c:cosmot                Motor Loads, Power Factor       
c:Pload          MW     Loads, Active Power     
c:Qload          Mvar   Loads, Reactive Power   
c:Sload          MVA    Loads, Apparent Power   
c:cosload               Loads, Power Factor     
c:Pcomp          MW     Compensation (Losses)   
c:Qcomp          Mvar   Compensation, C 
c:Qcompr         Mvar   Compensation, L 
c:Pnet           MW     External Networks, Active Power 
c:Qnet           Mvar   External Networks, Reactive Power       
c:Snet           MVA    External Networks, Apparent Power       
c:cosnet                External Networks, Power Factor 
c:Pinter         MW     Interchange Flow, Active Power  
c:Qinter         Mvar   Interchange Flow, Reactive Power        
c:Ploss          MW     Losses, Active Power    
c:Qloss          Mvar   Losses, Reactive Power  
c:Pt             MW     Turbine Power   
c:Pres           MW     Available Reserve       

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

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:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:



Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:

e:isConsSpinReserve             Min. spinning reserve constraint        
e:spinReserve    MW     Spinning reserve        

Scenario Parameter:

e:isConsSpinReserve             Min. spinning reserve constraint        
e:spinReserve    MW     Spinning reserve        

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:

e:isConsSpinReserve             Min. spinning reserve constraint        
e:spinReserve    MW     Spinning reserve        

Scenario Parameter:

e:isConsSpinReserve             Min. spinning reserve constraint        
e:spinReserve    MW     Spinning reserve        

Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                Number of Customers     
c:TotgenP        MW     Total Generation, Active Power  
c:TotconsP       MW     Total Consumption, Active Power 
c:GenP           MW     Generators, Active Power        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:MotP           MW     Motor Loads, Active Power       
c:LoadP          MW     Loads, Active Power     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:NetP           MW     External Networks, Active Power 
c:InterP         MW     Interchange Flow, Active Power  
c:TotLoadP       MW     Total Load, Active Power        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ImportP        MW     Import, Active Power    
c:NrOvlBranch           Number of overloaded branch components  
c:cst_disp       USD/h  Total Production Costs  
c:Maxloading     %      Maximum Loading 

Element Parameter:

e:isConsSpinReserve             Min. spinning reserve constraint        
e:spinReserve    MW     Spinning reserve        

Scenario Parameter:

e:isConsSpinReserve             Min. spinning reserve constraint        
e:spinReserve    MW     Spinning reserve        

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:NrOvlBranch           Number of overloaded branch components  
c:NrGenQMax             Number of generators above their maximum reactive power limit   
c:NrGenQMin             Number of generators below their minimum reactive power limit   
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:NrTermMax             Number of terminals above their maximum voltage limit   
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        
c:umax           p.u.   Maximum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:n_cust                No. of Customers        
c:TotgenP        MW     Total Generation, Active Power  
c:TotgenQ        Mvar   Total Generation, Reactive Power        
c:TotconsP       MW     Total Consumption, Active Power 
c:TotconsQ       Mvar   Total Consumption, Reactive Power       
c:GenP           MW     Generators, Active Power        
c:GenQ           Mvar   Generators, Reactive Power      
c:GenS           MVA    Generators, Apparent Power      
c:Gencos                Generators, Power Factor        
c:GenPnom        MW     Generators, Nominal Active Power        
c:GenQnom        Mvar   Generators, Nominal Reactive Power      
c:GenSnom        MVA    Generators, Nominal Apparent Power      
c:GenPdiff       MW     Generators, difference between nominal and actual active power  
c:GenQdiff       Mvar   Generators, difference between nominal and actual reactive power        
c:Gencosnom             Generators, Nominal Power Factor        
c:GenPdisp       MW     Generators, Dispatch Active Power       
c:GenPmism       MW     Generators, difference between actual and dispatched active power       
c:GenPspinres    MW     Generators, difference between maximum and actual active power  
c:GenQspinres    Mvar   Generators, difference between maximum and actual reactive power        
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:Motcos                Motor Loads, Power Factor       
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:Loadcos               Loads, Power Factor     
c:LoadPnom       MW     Loads, Nominal Active Power     
c:LoadQnom       Mvar   Loads, Nominal Reactive Power   
c:LoadSnom       MVA    Loads, Nominal Apparent Power   
c:Loadcosnom            Loads, Nominal Power Factor     
c:LoadPdiff      MW     Loads, difference between nominal and actual active power       
c:LoadQdiff      Mvar   Loads, difference between nominal and actual reactive power     
c:LoadPdem       MW     Loads, Active Power Demand      
c:LoadPmism      MW     Loads, difference between actual active power and demand        
c:CompP          MW     Compensation (Losses)   
c:CompQ          Mvar   Compensation, C 
c:ComprQ         Mvar   Compensation, L 
c:NetP           MW     External Networks, Active Power 
c:NetQ           Mvar   External Networks, Reactive Power       
c:NetS           MVA    External Networks, Apparent Power       
c:Netcos                External Networks, Power Factor 
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:TotLoadcos            Total Load, Power Factor        
c:TotP           MW     Total Demand    
c:UnsupP         MW     Unsupplied Demand       
c:SupP           MW     Supplied Demand 
c:ExportP        MW     Export, Active Power    
c:ExportQ        Mvar   Export, Reactive Power  
c:ImportP        MW     Import, Active Power    
c:ImportQ        Mvar   Import, Reactive Power  
c:cst_disp       USD/h  Total Production Costs  
c:RUC_Lead       Mvar   Used Reactive Capacity Lead     
c:RUC_Lag        Mvar   Used Reactive Capacity Lag      
c:RSC_Lead       Mvar   Spare Reactive Capacity Lead    
c:RSC_Lag        Mvar   Spare Reactive Capacity Lag     
c:Q_shgain       Mvar   Reactive Power Shunt Gain       
c:ConnMvar_max   Mvar           Connected MVAR Capacity (max)   
c:ConnMvar_min   Mvar           Connected MVAR Capacity (min)   
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        
c:uphtmax        p.u.   Maximum voltage of all terminals        

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:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:NrOvlBranch           Number of overloaded branch components  
c:NrTermMin             Number of terminals below their minimum voltage limit   
c:Maxloading     %      Maximum Loading 
c:umin           p.u.   Minimum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:



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

Currents, Voltages and Powers:



Bus Results:



Signals:



Calculation Parameter:

c:n_ele                 Number of Elements      
c:n_areas               Number of Connected Areas       
c:n_volt                Number of Voltage Levels        
c:n_bar                 No. of Busbars  
c:n_term                No. of Terminals        
c:n_lne                 No. of Lines    
c:n_sym                 No. of syn. Machines    
c:n_asm                 No. of asyn. Machines   
c:n_stg                 No. of Static Generators        
c:n_pvs                 No. of PV Systems       
c:n_lod                 No. of Loads    
c:MotP           MW     Motor Loads, Active Power       
c:MotQ           Mvar   Motor Loads, Reactive Power     
c:MotS           MVA    Motor Loads, Apparent Power     
c:LoadP          MW     Loads, Active Power     
c:LoadQ          Mvar   Loads, Reactive Power   
c:LoadS          MVA    Loads, Apparent Power   
c:InterP         MW     Interchange Flow, Active Power  
c:InterQ         Mvar   Interchange Flow, Reactive Power        
c:LossP          MW     Losses, Active Power    
c:LossQ          Mvar   Losses, Reactive Power  
c:LossPld        MW     Losses, Active Power (load)     
c:LossQld        Mvar   Losses, Reactive Power (load)   
c:LossPnld       MW     Losses, Active Power (no load)  
c:LossQnld       Mvar   Losses, Reactive Power (no load)        
c:LossPlne       MW     Line Losses, Active Power       
c:LossQlne       Mvar   Line Losses, Reactive Power     
c:LossPldlne     MW     Line Losses, Active Power (load)        
c:LossQldlne     Mvar   Line Losses, Reactive Power (load)      
c:LossPnldlne    MW     Line Losses, Active Power (no load)     
c:LossQnldlne    Mvar   Line Losses, Reactive Power (no load)   
c:LossPtrf       MW     Transformer Losses, Active Power        
c:LossQtrf       Mvar   Transformer Losses, Reactive Power      
c:LossPldtrf     MW     Transformer Losses, Active Power (load) 
c:LossQldtrf     Mvar   Transformer Losses, Reactive Power (load)       
c:LossPnldtrf    MW     Transformer Losses, Active Power (no load)      
c:LossQnldtrf    Mvar   Transformer Losses, Reactive Power (no load)    
c:TotLoadP       MW     Total Load, Active Power        
c:TotLoadQ       Mvar   Total Load, Reactive Power      
c:TotLoadS       MVA    Total Load, Apparent Power      
c:Maxloading     %      Maximum Loading 
c:uphtmin        p.u.   Minimum voltage of all terminals        

Element Parameter:



Scenario Parameter:



Type Parameter:



Reference Parameter:

