modelSVarCPVPropRemote

PV static var compensator model with remote voltage regulation, slope and without mode handling
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Extends from BaseClasses.BaseSVarC (Base dynamic model for static var compensator).

Parameters

TypeNameDefaultDescription
IntegerNbSwitchOffSignals (from SwitchOffLogic)Number of switch-off signals to take into account in inputs
BooleanSwitchOffSignal10 (from SwitchOffLogic)falseInitial switch-off signal 1
BooleanSwitchOffSignal20 (from SwitchOffLogic)falseInitial switch-off signal 2
BooleanSwitchOffSignal30 (from SwitchOffLogic)falseInitial switch-off signal 3
BooleanRunning0 (from SwitchOffLogic)if NbSwitchOffSignals >= 3 then not (SwitchOffSignal10 or SwitchOffSignal20 or SwitchOffSignal30) elseif NbSwitchOffSignals >= 2 then not (SwitchOffSignal10 or SwitchOffSignal20) else not SwitchOffSignal10Indicates if the component is initially running or not
Constants.stateState0 (from SwitchOffShunt)Constants.state.ClosedStart value of connection state
Types.PerUnitBMaxPu (from BaseSVarC)Maximum value for the variable susceptance in pu (base UNom, SnRef)
Types.PerUnitBMinPu (from BaseSVarC)Minimum value for the variable susceptance in pu (base UNom, SnRef)
Types.PerUnitBShuntPu (from BaseSVarC)Fixed susceptance of the static var compensator in pu (for standby mode) (base UNom, SnRef)
Types.PerUnitB0Pu (from BaseSVarC)Start value of the susceptance in pu (base UNom, SnRef)
Types.ComplexCurrentPui0Pu (from BaseSVarC)Start value of complex current at injector terminal in pu (base UNom, SnRef) (receptor convention)
Types.ComplexVoltagePuu0Pu (from BaseSVarC)Start value of complex voltage at injector terminal in pu (base UNom)
Types.VoltageModulePuU0Pu (from BaseSVarC)Start value of voltage amplitude at injector terminal in pu (base UNom)
Types.VoltageModulePuURef0Pu (from BaseSVarC)Start value of the voltage regulation set point in pu (base UNom)
Types.PerUnitBVar0Pu (from BaseSVarC)B0Pu - BShuntPuStart value of variable susceptance in pu (base UNom, SnRef)
Types.PerUnitLambdaPuStatism of the regulation law URefPu = UPu + LambdaPu*QPu in pu (base UNomRemote, SnRef)

Connectors

TypeNameDefaultDescription
Dynawo.Connectors.BPinswitchOffSignal1 (from SwitchOffLogic)Switch-off signal 1
Dynawo.Connectors.BPinswitchOffSignal2 (from SwitchOffLogic)Switch-off signal 2
Dynawo.Connectors.BPinswitchOffSignal3 (from SwitchOffLogic)Switch-off signal 3
Dynawo.Connectors.BPinrunning (from SwitchOffLogic)Indicates if the component is running or not
Dynawo.Connectors.ACPowerterminal (from BaseSVarC)Connector used to connect the static var compensator to the grid

Components

TypeNameDefaultDescription
Constants.statestate (from SwitchOffShunt)Shunt connection state
Types.VoltageModuleURefPu (from BaseSVarC)Reference voltage amplitude in pu (base UNom)
Types.PerUnitBPu (from BaseSVarC)Susceptance of the static var compensator in pu (base UNomLocal, SnRef)
BStatusbStatus (from BaseSVarC)Susceptance value status: standard, susceptancemax, susceptancemin
Types.PerUnitBVarPu (from BaseSVarC)Variable susceptance of the static var compensator in pu (base UNomLocal, SnRef)
Types.ActivePowerPuPInjPu (from BaseSVarC)Active power in pu (base SnRef) (generator convention)
Types.ReactivePowerPuQInjPu (from BaseSVarC)Reactive power in pu (base SnRef) (generator convention)
Types.VoltageModulePuUPu (from BaseSVarC)Voltage amplitude at terminal in pu (base UNomLocal)
Types.VoltageModulePuURegulatedPuRegulated voltage in pu (base UNomRemote)
Types.PerUnitBVarRawPuRaw variable susceptance of the static var compensator in pu (base UNomLocal, SnRef)