| 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(SNom*SNom - PNomAlt*PNomAlt) | 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) |
| Integer | NbSwitchOffSignals (from SwitchOffLogic) | | Number of switch-off signals to take into account in inputs |
| Boolean | SwitchOffSignal10 (from SwitchOffLogic) | false | Initial switch-off signal 1 |
| Boolean | SwitchOffSignal20 (from SwitchOffLogic) | false | Initial switch-off signal 2 |
| Boolean | SwitchOffSignal30 (from SwitchOffLogic) | false | Initial switch-off signal 3 |
| Boolean | Running0 (from SwitchOffLogic) | if NbSwitchOffSignals >= 3 then not (SwitchOffSignal10 or SwitchOffSignal20 or SwitchOffSignal30) elseif NbSwitchOffSignals >= 2 then not (SwitchOffSignal10 or SwitchOffSignal20) else not SwitchOffSignal10 | Indicates if the component is initially running or not |
| Constants.state | State0 (from SwitchOffGenerator) | Constants.state.Closed | Start value of connection state |
| Types.PerUnit | RaPPu | | Armature resistance in pu |
| Types.PerUnit | LdPPu | | Direct axis stator leakage in pu |
| Types.PerUnit | MdPPu | | Direct axis mutual inductance in pu |
| Types.PerUnit | LDPPu | | Direct axis damper leakage in pu |
| Types.PerUnit | RDPPu | | Direct axis damper resistance in pu |
| Types.PerUnit | MrcPPu | | Canay's mutual inductance in pu |
| Types.PerUnit | LfPPu | | Excitation winding leakage in pu |
| Types.PerUnit | RfPPu | | Excitation winding resistance in pu |
| Types.PerUnit | LqPPu | | Quadrature axis stator leakage in pu |
| Types.PerUnit | MqPPu | | Quadrature axis mutual inductance in pu |
| Types.PerUnit | LQ1PPu | | Quadrature axis 1st damper leakage in pu |
| Types.PerUnit | RQ1PPu | | Quadrature axis 1st damper resistance in pu |
| Types.PerUnit | LQ2PPu | | Quadrature axis 2nd damper leakage in pu |
| Types.PerUnit | RQ2PPu | | Quadrature axis 2nd damper resistance in pu |
| Types.PerUnit | MsalPu | | Constant difference between direct and quadrature axis saturated mutual inductances in pu |
| Types.PerUnit | MdPPuEfd | | Direct axis mutual inductance used to determine the excitation voltage in pu |
| Types.PerUnit | MdPPuEfdNom | | Direct axis mutual inductance used to determine the excitation voltage in nominal conditions in pu |
| Types.PerUnit | Kuf | if ExcitationPu == ExcitationPuType.Kundur then 1 elseif ExcitationPu == ExcitationPuType.UserBase then RfPPu/MdPPuEfd
elseif ExcitationPu == ExcitationPuType.NoLoad then RfPPu/MdPPu
elseif ExcitationPu == ExcitationPuType.NoLoadSaturated then RfPPu*(1 + md)/MdPPu else RfPPu/MdPPuEfdNom | Scaling factor for excitation pu voltage |
| Types.VoltageModulePu | U0Pu | | Start value of voltage amplitude in pu (base UNom) |
| Types.ActivePowerPu | P0Pu | | Start value of active power at terminal in pu (base SnRef) (receptor convention) |
| Types.ReactivePowerPu | Q0Pu | | Start value of reactive power at terminal in pu (base SnRef) (receptor convention) |
| Types.Angle | UPhase0 | | Start value of voltage angle in rad |
| Types.PerUnit | Efd0Pu | | Start value of input exciter voltage in pu (user-selected base) |
| Types.PerUnit | Pm0Pu | | Start value of mechanical power in pu (base PNomTurb/OmegaNom) |
| Types.ComplexApparentPowerPu | s0Pu | | Start value of complex apparent power at terminal in pu (base SnRef) |
| Types.ComplexVoltagePu | u0Pu | | Start value of complex voltage at terminal in pu (base UNom) |
| Types.ComplexCurrentPu | i0Pu | | Start value of complex current at terminal in pu (base UNom, SnRef) |
| Types.Angle | Theta0 | | Start value of rotor angle: angle between machine rotor frame and port phasor frame |
| Types.PerUnit | Ud0Pu | | Start value of voltage of direct axis in pu |
| Types.PerUnit | Uq0Pu | | Start value of voltage of quadrature axis in pu |
| Types.PerUnit | Id0Pu | | Start value of current of direct axis in pu |
| Types.PerUnit | Iq0Pu | | Start value of current of quadrature axis in pu |
| Types.PerUnit | If0Pu | | Start value of current of excitation winding in pu |
| Types.PerUnit | Uf0Pu | | Start value of exciter voltage in pu (Kundur base) |
| Types.PerUnit | Lambdad0Pu | | Start value of flux of direct axis in pu |
| Types.PerUnit | Lambdaq0Pu | | Start value of flux of quadrature axis in pu |
| Types.PerUnit | LambdaD0Pu | | Start value of flux of direct axis damper |
| Types.PerUnit | Lambdaf0Pu | | Start value of flux of excitation winding |
| Types.PerUnit | LambdaQ10Pu | | Start value of flux of quadrature axis 1st damper |
| Types.PerUnit | LambdaQ20Pu | | Start value of flux of quadrature axis 2nd damper |
| Types.PerUnit | Ce0Pu | | Start value of electrical torque in pu (base SNom/OmegaNom) |
| Types.PerUnit | Cm0Pu | | Start value of mechanical torque in pu (base PNomTurb/OmegaNom) |
| Types.PerUnit | MdSat0PPu | | Start value of direct axis saturated mutual inductance in pu |
| Types.PerUnit | MqSat0PPu | | Start value of quadrature axis saturated mutual inductance in pu |
| Types.PerUnit | LambdaAirGap0Pu | | Start value of total air gap flux in pu |
| Types.PerUnit | LambdaAD0Pu | | Start value of common flux of direct axis in pu |
| Types.PerUnit | LambdaAQ0Pu | | Start value of common flux of quadrature axis in pu |
| Types.PerUnit | Mds0Pu | | 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 | | 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 | | Start value of the common flux of direct axis contribution to the total air gap flux in pu |
| Types.PerUnit | Sin2Eta0 | | Start value of the common flux of quadrature axis contribution to the total air gap flux in pu |
| Types.PerUnit | Mi0Pu | | Start value of intermediate axis saturated mutual inductance in pu |
