modelGeneratorSynchronousExt4W_INIT

Synchronous machine with 4 windings - Initialization model from external parameters

Extends from Dynawo.Electrical.Machines.BaseClasses_INIT.BaseGeneratorParameters_INIT (Base initialization model for simplified generator models), BaseClasses_INIT.BaseGeneratorSynchronousExt4W_INIT (Base initialization model for synchronous machine from external parameters with four windings), AdditionalIcons.Init.

Parameters

Type	Name	Default	Description
Types.ComplexCurrentPu	iStart0Pu (from BaseGeneratorParameters_INIT)	Complex(0, 0)	Start value of complex current at terminal in pu (base UNom, SnRef) (receptor convention)
Types.ActivePowerPu	P0Pu (from BaseGeneratorParameters_INIT)		Start value of active power at terminal in pu (base SnRef) (receptor convention)
Types.ReactivePowerPu	Q0Pu (from BaseGeneratorParameters_INIT)		Start value of reactive power at terminal in pu (base SnRef) (receptor convention)
Types.VoltageModulePu	U0Pu (from BaseGeneratorParameters_INIT)		Start value of voltage amplitude at terminal in pu (base UNom)
Types.Angle	UPhase0 (from BaseGeneratorParameters_INIT)		Start value of voltage angle at terminal in rad
Types.VoltageModule	UNom (from GeneratorSynchronousParameters)		Nominal voltage in kV
Types.ApparentPowerModule	SNom (from GeneratorSynchronousParameters)		Nominal apparent power in MVA
Types.ActivePower	PNomTurb (from GeneratorSynchronousParameters)		Nominal active (turbine) power in MW
Types.ActivePower	PNomAlt (from GeneratorSynchronousParameters)		Nominal active (alternator) power in MW
Types.ReactivePower	QNomAlt (from GeneratorSynchronousParameters)	sqrt(SNomSNom - PNomAltPNomAlt)	Nominal reactive (alternator) power in Mvar
ExcitationPuType	ExcitationPu (from GeneratorSynchronousParameters)		Choice of excitation base voltage
Types.Time	H (from GeneratorSynchronousParameters)		Kinetic constant = kinetic energy / rated power
Types.PerUnit	DPu (from GeneratorSynchronousParameters)		Damping coefficient of the swing equation in pu
Types.ApparentPowerModule	SnTfo (from GeneratorSynchronousParameters)		Nominal apparent power of the generator transformer in MVA
Types.VoltageModule	UNomHV (from GeneratorSynchronousParameters)		Nominal voltage on the network side of the transformer in kV
Types.VoltageModule	UNomLV (from GeneratorSynchronousParameters)		Nominal voltage on the generator side of the transformer in kV
Types.VoltageModule	UBaseHV (from GeneratorSynchronousParameters)		Base voltage on the network side of the transformer in kV
Types.VoltageModule	UBaseLV (from GeneratorSynchronousParameters)		Base voltage on the generator side of the transformer in kV
Types.PerUnit	RTfPu (from GeneratorSynchronousParameters)		Resistance of the generator transformer in pu (base UBaseHV, SnTfo)
Types.PerUnit	XTfPu (from GeneratorSynchronousParameters)		Reactance of the generator transformer in pu (base UBaseHV, SnTfo)
Types.PerUnit	md (from GeneratorSynchronousParameters)		Parameter for direct axis mutual inductance saturation modelling
Types.PerUnit	mq (from GeneratorSynchronousParameters)		Parameter for quadrature axis mutual inductance saturation modelling
Types.PerUnit	nd (from GeneratorSynchronousParameters)		Parameter for direct axis mutual inductance saturation modelling
Types.PerUnit	nq (from GeneratorSynchronousParameters)		Parameter for quadrature axis mutual inductance saturation modelling
Types.PerUnit	RTfoPu (from GeneratorSynchronousParameters)	RTfPu(UNomHV/UBaseHV)^2(SNom/SnTfo)	Resistance of the generator transformer in pu (base SNom, UNom)
Types.PerUnit	XTfoPu (from GeneratorSynchronousParameters)	XTfPu(UNomHV/UBaseHV)^2(SNom/SnTfo)	Reactance of the generator transformer in pu (base SNom, UNom)
Types.PerUnit	rTfoPu (from GeneratorSynchronousParameters)	if RTfPu > 0.0 or XTfPu > 0.0 then UNomHV/UBaseHV/(UNomLV/UBaseLV) else 1.0	Ratio of the generator transformer in pu (base UBaseHV, UBaseLV)
Boolean	UseApproximation (from BaseGeneratorSynchronousExt_INIT)		True if an approximate formula is used for the calculation of the internal parameters
Types.PerUnit	RaPu (from BaseGeneratorSynchronousExt_INIT)		Armature resistance in pu
Types.PerUnit	XlPu (from BaseGeneratorSynchronousExt_INIT)		Stator leakage in pu
Types.PerUnit	XdPu (from BaseGeneratorSynchronousExt_INIT)		Direct axis reactance in pu
Types.PerUnit	XpdPu (from BaseGeneratorSynchronousExt_INIT)		Direct axis transient reactance in pu
Types.PerUnit	XppdPu (from BaseGeneratorSynchronousExt_INIT)		Direct axis sub-transient reactance pu
Types.Time	Tpd0 (from BaseGeneratorSynchronousExt_INIT)		Direct axis, open circuit transient time constant
Types.Time	Tppd0 (from BaseGeneratorSynchronousExt_INIT)		Direct axis, open circuit sub-transient time constant
Types.PerUnit	XqPu (from BaseGeneratorSynchronousExt_INIT)		Quadrature axis reactance in pu
Types.PerUnit	MdPuEfd (from BaseGeneratorSynchronousExt_INIT)		Direct axis mutual inductance used to determine the excitation voltage in pu
Types.PerUnit	LdPu (from BaseGeneratorSynchronousExt_INIT)	XlPu	Direct axis stator leakage in pu
Types.PerUnit	MdPu (from BaseGeneratorSynchronousExt_INIT)	XdPu - XlPu	Direct axis mutual inductance in pu
Types.PerUnit	LqPu (from BaseGeneratorSynchronousExt_INIT)	XlPu	Quadrature axis stator leakage in pu
Types.PerUnit	MqPu (from BaseGeneratorSynchronousExt_INIT)	XqPu - XlPu	Quadrature axis mutual inductance in pu
Types.PerUnit	XpqPu (from BaseGeneratorSynchronousExt4W_INIT)		Quadrature axis transient reactance in pu
Types.Time	Tpq0 (from BaseGeneratorSynchronousExt4W_INIT)		Open circuit quadrature axis transient time constant
Types.PerUnit	XppqPu (from BaseGeneratorSynchronousExt4W_INIT)		Quadrature axis sub-transient reactance in pu
Types.Time	Tppq0 (from BaseGeneratorSynchronousExt4W_INIT)		Open circuit quadrature axis sub-transient time constant

Components

Type	Name	Description
Types.ActivePowerPu	PGen0Pu (from BaseGeneratorParameters_INIT)	Start value of active power at terminal in pu (base SnRef) (generator convention)
Types.ReactivePowerPu	QGen0Pu (from BaseGeneratorParameters_INIT)	Start value of reactive power at terminal in pu (base SnRef) (generator convention)
Types.ComplexVoltagePu	u0Pu (from BaseGeneratorParameters_INIT)	Start value of complex voltage at terminal in pu (base UNom)
Types.ComplexApparentPowerPu	s0Pu (from BaseGeneratorParameters_INIT)	Start value of complex apparent power at terminal in pu (base SnRef) (receptor convention)
Types.ComplexCurrentPu	i0Pu (from BaseGeneratorParameters_INIT)	Start value of complex current at terminal in pu (base UNom, SnRef) (receptor convention)
Types.PerUnit	RaPPu (from BaseGeneratorSynchronous_INIT)	Armature resistance in pu
Types.PerUnit	LdPPu (from BaseGeneratorSynchronous_INIT)	Direct axis stator leakage in pu
Types.PerUnit	MdPPu (from BaseGeneratorSynchronous_INIT)	Direct axis mutual inductance in pu
Types.PerUnit	LDPPu (from BaseGeneratorSynchronous_INIT)	Direct axis damper leakage in pu
Types.PerUnit	RDPPu (from BaseGeneratorSynchronous_INIT)	Direct axis damper resistance in pu
Types.PerUnit	MrcPPu (from BaseGeneratorSynchronous_INIT)	Canay's mutual inductance in pu
Types.PerUnit	LfPPu (from BaseGeneratorSynchronous_INIT)	Excitation winding leakage in pu
Types.PerUnit	RfPPu (from BaseGeneratorSynchronous_INIT)	Excitation winding resistance in pu
Types.PerUnit	LqPPu (from BaseGeneratorSynchronous_INIT)	Quadrature axis stator leakage in pu
Types.PerUnit	MqPPu (from BaseGeneratorSynchronous_INIT)	Quadrature axis mutual inductance in pu
Types.PerUnit	LQ1PPu (from BaseGeneratorSynchronous_INIT)	Quadrature axis 1st damper leakage in pu
Types.PerUnit	RQ1PPu (from BaseGeneratorSynchronous_INIT)	Quadrature axis 1st damper resistance in pu
Types.PerUnit	LQ2PPu (from BaseGeneratorSynchronous_INIT)	Quadrature axis 2nd damper leakage in pu
Types.PerUnit	RQ2PPu (from BaseGeneratorSynchronous_INIT)	Quadrature axis 2nd damper resistance in pu
Types.PerUnit	MdPPuEfd (from BaseGeneratorSynchronous_INIT)	Direct axis mutual inductance used to determine the excitation voltage in pu
Types.PerUnit	MdPPuEfdNom (from BaseGeneratorSynchronous_INIT)	Direct axis mutual inductance used to determine the excitation voltage in nominal conditions in pu
Types.PerUnit	Kuf (from BaseGeneratorSynchronous_INIT)	Scaling factor for excitation pu voltage
Types.ComplexApparentPowerPu	sStator0Pu (from BaseGeneratorSynchronous_INIT)	Start value of complex apparent power at stator side in pu (base SnRef)
Types.ComplexVoltagePu	uStator0Pu (from BaseGeneratorSynchronous_INIT)	Start value of complex voltage at stator side in pu (base UNom)
Types.ComplexCurrentPu	iStator0Pu (from BaseGeneratorSynchronous_INIT)	Start value of complex current at stator side in pu (base UNom, SnRef)
Types.ApparentPowerModulePu	S0Pu (from BaseGeneratorSynchronous_INIT)	Start value of apparent power at terminal side in pu (base SNom)
Types.CurrentModulePu	I0Pu (from BaseGeneratorSynchronous_INIT)	Start value of current module at terminal side in pu (base UNom, SNom)
Types.Angle	Theta0 (from BaseGeneratorSynchronous_INIT)	Start value of rotor angle: angle between machine rotor frame and port phasor frame
Types.PerUnit	Ud0Pu (from BaseGeneratorSynchronous_INIT)	Start value of voltage of direct axis in pu
Types.PerUnit	Uq0Pu (from BaseGeneratorSynchronous_INIT)	Start value of voltage of quadrature axis in pu
Types.PerUnit	Id0Pu (from BaseGeneratorSynchronous_INIT)	Start value of current of direct axis in pu
Types.PerUnit	Iq0Pu (from BaseGeneratorSynchronous_INIT)	Start value of current of quadrature axis in pu
Types.PerUnit	If0Pu (from BaseGeneratorSynchronous_INIT)	Start value of current of excitation winding in pu
Types.PerUnit	Uf0Pu (from BaseGeneratorSynchronous_INIT)	Start value of exciter voltage in pu (Kundur base)
Types.PerUnit	Efd0Pu (from BaseGeneratorSynchronous_INIT)	Start value of input exciter voltage in pu (user-selected base)
Types.PerUnit	Lambdad0Pu (from BaseGeneratorSynchronous_INIT)	Start value of flux of direct axis in pu
Types.PerUnit	Lambdaq0Pu (from BaseGeneratorSynchronous_INIT)	Start value of flux of quadrature axis in pu
Types.PerUnit	LambdaD0Pu (from BaseGeneratorSynchronous_INIT)	Start value of flux of direct axis damper
Types.PerUnit	Lambdaf0Pu (from BaseGeneratorSynchronous_INIT)	Start value of flux of excitation winding
Types.PerUnit	LambdaQ10Pu (from BaseGeneratorSynchronous_INIT)	Start value of flux of quadrature axis 1st damper
Types.PerUnit	LambdaQ20Pu (from BaseGeneratorSynchronous_INIT)	Start value of flux of quadrature axis 2nd damper
Types.PerUnit	Ce0Pu (from BaseGeneratorSynchronous_INIT)	Start value of electrical torque in pu (base SNom/omegaNom)
Types.PerUnit	Cm0Pu (from BaseGeneratorSynchronous_INIT)	Start value of mechanical torque in pu (base PNomTurb/omegaNom)
Types.PerUnit	Pm0Pu (from BaseGeneratorSynchronous_INIT)	Start value of mechanical power in pu (base PNomTurb/omegaNom)
Types.VoltageModulePu	UStator0Pu (from BaseGeneratorSynchronous_INIT)	Start value of stator voltage amplitude in pu (base UNom)
Types.CurrentModulePu	IStator0Pu (from BaseGeneratorSynchronous_INIT)	Start value of stator current amplitude in pu (base SnRef)
Types.ReactivePowerPu	QStator0Pu (from BaseGeneratorSynchronous_INIT)	Start value of stator reactive power generated in pu (base SnRef)
Types.ReactivePowerPu	QStator0PuQNom (from BaseGeneratorSynchronous_INIT)	Start value of stator reactive power generated in pu (base QNomAlt)
Types.CurrentModulePu	IRotor0Pu (from BaseGeneratorSynchronous_INIT)	Start value of rotor current in pu (base SNom, user-selected base voltage)
Types.Angle	ThetaInternal0 (from BaseGeneratorSynchronous_INIT)	Start value of internal angle in rad
Types.PerUnit	MsalPu (from BaseGeneratorSynchronous_INIT)	Constant difference between direct and quadrature axis saturated mutual inductances in pu
Types.PerUnit	MdSat0PPu (from BaseGeneratorSynchronous_INIT)	Start value of direct axis saturated mutual inductance in pu
Types.PerUnit	MqSat0PPu (from BaseGeneratorSynchronous_INIT)	Start value of quadrature axis saturated mutual inductance in pu
Types.PerUnit	LambdaAirGap0Pu (from BaseGeneratorSynchronous_INIT)	Start value of total air gap flux in pu
Types.PerUnit	LambdaAD0Pu (from BaseGeneratorSynchronous_INIT)	Start value of common flux of direct axis in pu
Types.PerUnit	LambdaAQ0Pu (from BaseGeneratorSynchronous_INIT)	Start value of common flux of quadrature axis in pu
Types.PerUnit	Mds0Pu (from BaseGeneratorSynchronous_INIT)	Start value of direct axis saturated mutual inductance in the case when the total air gap flux is aligned on the direct axis in pu
Types.PerUnit	Mqs0Pu (from BaseGeneratorSynchronous_INIT)	Start value of quadrature axis saturated mutual inductance in the case when the total air gap flux is aligned on the quadrature axis in pu
Types.PerUnit	Cos2Eta0 (from BaseGeneratorSynchronous_INIT)	Start value of the common flux of direct axis contribution to the total air gap flux in pu
Types.PerUnit	Sin2Eta0 (from BaseGeneratorSynchronous_INIT)	Start value of the common flux of quadrature axis contribution to the total air gap flux in pu
Types.PerUnit	Mi0Pu (from BaseGeneratorSynchronous_INIT)	Start value of intermediate axis saturated mutual inductance in pu
Types.PerUnit	LDPu (from BaseGeneratorSynchronousExt_INIT)	Direct axis damper leakage in pu
Types.PerUnit	RDPu (from BaseGeneratorSynchronousExt_INIT)	Direct axis damper resistance in pu
Types.PerUnit	MrcPu (from BaseGeneratorSynchronousExt_INIT)	Canay's mutual inductance in pu
Types.PerUnit	LfPu (from BaseGeneratorSynchronousExt_INIT)	Excitation winding leakage in pu
Types.PerUnit	RfPu (from BaseGeneratorSynchronousExt_INIT)	Excitation winding resistance in pu
Types.PerUnit	LQ1Pu (from BaseGeneratorSynchronousExt_INIT)	Quadrature axis 1st damper leakage in pu
Types.PerUnit	RQ1Pu (from BaseGeneratorSynchronousExt_INIT)	Quadrature axis 1st damper resistance in pu
Types.PerUnit	LQ2Pu (from BaseGeneratorSynchronousExt_INIT)	Quadrature axis 2nd damper leakage in pu
Types.PerUnit	RQ2Pu (from BaseGeneratorSynchronousExt_INIT)	Quadrature axis 2nd damper resistance in pu
Types.Time	Tpd (from BaseGeneratorSynchronousExt_INIT)
Types.Time	Tppd (from BaseGeneratorSynchronousExt_INIT)
Types.PerUnit	T1dPu (from BaseGeneratorSynchronousExt_INIT)
Types.PerUnit	T3dPu (from BaseGeneratorSynchronousExt_INIT)
Types.PerUnit	T4dPu (from BaseGeneratorSynchronousExt_INIT)
Types.PerUnit	T6dPu (from BaseGeneratorSynchronousExt_INIT)
Real	xd (from BaseGeneratorSynchronousExt_INIT)
Real	B1d (from BaseGeneratorSynchronousExt_INIT)
Real	B2d (from BaseGeneratorSynchronousExt_INIT)
Real	C1d (from BaseGeneratorSynchronousExt_INIT)
Real	C2d (from BaseGeneratorSynchronousExt_INIT)
Real	Pd (from BaseGeneratorSynchronousExt_INIT)
Real	Qd (from BaseGeneratorSynchronousExt_INIT)
Real	Bd (from BaseGeneratorSynchronousExt_INIT)
Real	RADd (from BaseGeneratorSynchronousExt_INIT)
Real	V1d (from BaseGeneratorSynchronousExt_INIT)
Real	V2d (from BaseGeneratorSynchronousExt_INIT)
Real	U1d (from BaseGeneratorSynchronousExt_INIT)
Real	U2d (from BaseGeneratorSynchronousExt_INIT)
Real	Z1d (from BaseGeneratorSynchronousExt_INIT)
Real	Z2d (from BaseGeneratorSynchronousExt_INIT)
Real	E1d (from BaseGeneratorSynchronousExt_INIT)
Real	E2d (from BaseGeneratorSynchronousExt_INIT)
Real	Ed (from BaseGeneratorSynchronousExt_INIT)
Real	Fd (from BaseGeneratorSynchronousExt_INIT)
Real	Vd (from BaseGeneratorSynchronousExt_INIT)
Real	Ud (from BaseGeneratorSynchronousExt_INIT)
Real	Rf1 (from BaseGeneratorSynchronousExt_INIT)
Real	Rf2 (from BaseGeneratorSynchronousExt_INIT)
Real	RfPuApprox (from BaseGeneratorSynchronousExt_INIT)
Real	RfPuPrecise (from BaseGeneratorSynchronousExt_INIT)
Real	LfPuApprox (from BaseGeneratorSynchronousExt_INIT)
Real	LfPuPrecise (from BaseGeneratorSynchronousExt_INIT)
Real	RDPuPrecise (from BaseGeneratorSynchronousExt_INIT)
Real	LDPuPrecise (from BaseGeneratorSynchronousExt_INIT)
Types.Time	Tpq (from BaseGeneratorSynchronousExt4W_INIT)
Types.Time	Tppq (from BaseGeneratorSynchronousExt4W_INIT)
Types.PerUnit	T1qPu (from BaseGeneratorSynchronousExt4W_INIT)
Types.PerUnit	T4qPu (from BaseGeneratorSynchronousExt4W_INIT)
Types.PerUnit	T3qPu (from BaseGeneratorSynchronousExt4W_INIT)
Types.PerUnit	T6qPu (from BaseGeneratorSynchronousExt4W_INIT)
Real	xq (from BaseGeneratorSynchronousExt4W_INIT)
Real	B1q (from BaseGeneratorSynchronousExt4W_INIT)
Real	B2q (from BaseGeneratorSynchronousExt4W_INIT)
Real	C1q (from BaseGeneratorSynchronousExt4W_INIT)
Real	C2q (from BaseGeneratorSynchronousExt4W_INIT)
Real	Pq (from BaseGeneratorSynchronousExt4W_INIT)
Real	Qq (from BaseGeneratorSynchronousExt4W_INIT)
Real	Bq (from BaseGeneratorSynchronousExt4W_INIT)
Real	RADq (from BaseGeneratorSynchronousExt4W_INIT)
Real	V1q (from BaseGeneratorSynchronousExt4W_INIT)
Real	V2q (from BaseGeneratorSynchronousExt4W_INIT)
Real	U1q (from BaseGeneratorSynchronousExt4W_INIT)
Real	U2q (from BaseGeneratorSynchronousExt4W_INIT)
Real	Z1q (from BaseGeneratorSynchronousExt4W_INIT)
Real	Z2q (from BaseGeneratorSynchronousExt4W_INIT)
Real	E1q (from BaseGeneratorSynchronousExt4W_INIT)
Real	E2q (from BaseGeneratorSynchronousExt4W_INIT)
Real	Eq (from BaseGeneratorSynchronousExt4W_INIT)
Real	Fq (from BaseGeneratorSynchronousExt4W_INIT)
Real	Vq (from BaseGeneratorSynchronousExt4W_INIT)
Real	Uq (from BaseGeneratorSynchronousExt4W_INIT)
Real	RQ11 (from BaseGeneratorSynchronousExt4W_INIT)
Real	RQ12 (from BaseGeneratorSynchronousExt4W_INIT)
Real	RQ1PuApprox (from BaseGeneratorSynchronousExt4W_INIT)
Real	RQ1PuPrecise (from BaseGeneratorSynchronousExt4W_INIT)
Real	LQ1PuApprox (from BaseGeneratorSynchronousExt4W_INIT)
Real	LQ1PuPrecise (from BaseGeneratorSynchronousExt4W_INIT)
Real	RQ2PuPrecise (from BaseGeneratorSynchronousExt4W_INIT)
Real	LQ2PuPrecise (from BaseGeneratorSynchronousExt4W_INIT)