TGeneratorObj

TGeneratorObj
Type-access	Command		Description – (Specific class) otherwise generic
Implements the following properties/methods as in TLoadObj and TIndMach012Obj: RecalcElementData CalcYPrim MakePosSequence InjCurrents GetInjCurrents GetCurrents InitPropertyValues DumpProperties CalcDailyMult CalcDutyMult CalcYearlyMult GetPropertyValue CalcYPrimMatrix CalcInjCurrentArray GetTerminalCurrents DoHarmonicMode InitHarmonics Integrate StickCurrInTerminalArray WriteTraceRecord Set_ConductorClosed VariableName NumVariables GetAllVariables Get_Variable Set_Variable VariableName Randomize InitStateVars IntegrateStates CalcVTerminalPhase
Method- private	CalcGenModelContribution	Calculates the injection currents for the element based on the model type.
Method- private	CalcVterminal	Calculates and uploads the voltage at the element’s terminals using the model and connection type as reference.
Method- private	CalcVthev_Dyn	Calculates the Thevenin voltage equivalent for dynamics simulation.
Method- private	DoConstantPQGen	Implements the routine for calculating the injection currents for generator model when working in constant PQ mode.
Method- private	DoConstantZGen	Implements the routine for calculating the injection currents for generator model when working as constant admittance.
Method- private	DoCurrentLimitedPQ	Implements the routine for calculating the injection currents for generator model when working as constant kW, kvar, but current-limited below Vminpu. Approximates a simple inverter.
Method- private	DoDynamicMode	Implements the routine for calculating the injection currents for generator model when working in dynamics simulation mode.
Method- private	DoFixedQGen	Implements the routine for calculating the injection currents for generator model when working as constant kW, fixed Q.
Method- private	DoFixedQZGen	Implements the routine for calculating the injection currents for generator model when working as constant kW, fixed Q (as a constant reactance).
Method- private	DoPVTypeGen	Implements the routine for calculating the injection currents for generator model when working as constant kW, constant kV. Somewhat like a conventional transmission power flow P-V generator.
Method- private	DoUserModel	Implements the routine for calculating the injection currents for a user generator model (DLL).
Property- private	CheckOnFuel	Returns a boolean flag indicating if the fuel tank (if any) is empty.
Method- private	SetDragHandRegister	Moves the internal shift register according to the given value.
Method- private	SyncUpPowerQuantities	Keeps kvar nominal up to date with kW and PF.
Property- private	Get_PresentkW	Returns the present kW delivered by the model.
Property- private	Get_Presentkvar	Returns the present kvar delivered/absorbed by the model.
Property- private	Get_PresentkV	Returns the present kV at the terminals of the model. Considers the connection mode (wye/delta).
Method- private	Set_PresentkV	Sets the present kV at the terminals of the model. Considers the connection mode (wye/delta).
Method- private	Set_Presentkvar	Sets the present kvar delivered/absorbed by the model.
Method- private	Set_PresentkW	Sets the present kW delivered by the model.
Method- private	Set_PowerFactor	Sets the present power factor delivered by the model.
Method- private	SetkWkvar	Sets the present kW and kvar for the model.
Method- public	SetNominalGeneration	Implements the calls for calculating the injection currents for the model considering its features.
Method- public	ResetRegisters	Resets all the registers needed for integration and the local energy meter.
Method- public	TakeSample	Commands the local energy meter to take a sample.
Method- public	InitDQDVCalc	Initializes DQ DV registers.
Method- public	BumpUpQ	Bump up vars by 10% of range for next calculation.
Method- public	RememberQV	Stores Q and V for further use.
Method- public	CalcDQDV	Calculates DQ and DV.
Method- public	ResetStartPoint	Resets the Q nominal per phase to the initial (default) value.
Property- public	CheckIfDynVar	Evaluates if the value provided corresponds to a constant value or to an operand for calculating the value using the simulation results, this is useful when a DynamicExp is linked to the generator.
Method- public	SetDynOutput	Obtains the indexes of the given variables to use them as reference for setting the dynamic output for the generator when using DynamicExp with the generator.
Property- public	PresentkW	PA Get_PresentkW and Set_PresentkW.
Property- public	Presentkvar	PA Get_Presentkvar and Set_Presentkvar.
Property- public	ForcedON	PA FForcedON (variable).
Property- public	PresentkV	PA Get_PresentkV and Set_PresentkV.
Property- public	PowerFactor	PA PFNominal (variable) and Set_PowerFactor.

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