.Dynawo.Electrical.Machines.SignalN

Generator models that are based on SignalN for the frequency handling

Information

These generators models provide an active power PGenPu that depends on their setpoint PGen0Pu and their participation in an emulated frequency regulation that calculates the signal N, that is common to all the generators in a connected component and which increases or decreases the generation of each generator.
This model is used with the frequency handling model SignalN and cannot be used with DYNModelOmegaRef as the frequency is not explicitly expressed.

Contents

Name Description
 BaseClasses Base models for SignalN generator models
 BaseClasses_INIT Base initialization models for SignalN generator models
 GeneratorPQProp Model for generator PQ based on SignalN for the frequency handling and with a proportional reactive power regulation
 GeneratorPQProp_INIT Initialisation model for generator PQ based on SignalN for the frequency handling and with a proportional reactive power regulation
 GeneratorPQPropSFR Model for generator PQ based on SignalN for the frequency handling, with a proportional reactive power regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPQPropSFR_INIT Initialisation model for generator PQ based on SignalN for the frequency handling, with a proportional reactive power regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPQPropDiagramPQ Model for generator PQ with a PQ diagram, based on SignalN for the frequency handling and with a proportional reactive power regulation
 GeneratorPQPropDiagramPQ_INIT Initialisation model for generator PQ with a PQ diagram, based on SignalN for the frequency handling and with a proportional reactive power regulation
 GeneratorPQPropDiagramPQSFR Model for generator PQ with a PQ diagram, based on SignalN for the frequency handling, with a proportional reactive power regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPQPropDiagramPQSFR_INIT Initialisation model for generator PQ with a PQ diagram, based on SignalN for the frequency handling, with a proportional reactive power regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPV Model for generator PV based on SignalN for the frequency handling
 GeneratorPV_INIT Initialisation model for generator PV based on SignalN for the frequency handling. In this model, QNomAlt is calculated using QMax.
 GeneratorPVSFR Model for generator PV based on SignalN for the frequency handling and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVSFR_INIT Initialisation model for generator PV based on SignalN for the frequency handling and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVQNomAltPar_INIT Initialisation model for generator PV based on SignalN for the frequency handling. In this model, QNomAlt is a parameter.
 GeneratorPVDiagramPQ Model for generator PV based on SignalN for the frequency handling with an N points PQ diagram.
 GeneratorPVDiagramPQ_INIT Initialisation model for generator PV based on SignalN for the frequency handling and with a diagram for handling the reactive power limits. In this model, QNomAlt is calculated using QMax0.
 GeneratorPVDiagramPQSFR Model for generator PV based on SignalN for the frequency handling, with an N points PQ diagram and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVDiagramPQSFR_INIT Initialisation model for generator PV based on SignalN for the frequency handling, with an N points PQ diagram and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVQNomAltParDiagram_INIT Initialisation model for generator PV based on SignalN for the frequency handling and with a diagram for handling the reactive power limits. In this model, QNomAlt is a parameter.
 GeneratorPVProp Model for generator PV based on SignalN for the frequency handling and with a proportional voltage regulation
 GeneratorPVProp_INIT Initialisation model for generator PV based on SignalN for the frequency handling and with a proportional voltage regulation
 GeneratorPVPropSFR Model for generator PV based on SignalN for the frequency handling, with a proportional voltage regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVPropSFR_INIT Initialisation model for generator PV based on SignalN for the frequency handling, with a proportional voltage regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVRemote Model for generator PV based on SignalN for the frequency handling and a remote voltage regulation
 GeneratorPVRemote_INIT Initialisation model for generator PV based on SignalN for the frequency handling and a remote voltage regulation
 GeneratorPVRemoteSFR Model for generator PV based on SignalN for the frequency handling and a remote voltage regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVRemoteSFR_INIT Initialisation model for generator PV based on SignalN for the frequency handling and a remote voltage regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVRemoteDiagramPQ Model for generator PV with a PQ diagram, based on SignalN for the frequency handling and a remote voltage regulation
 GeneratorPVRemoteDiagramPQ_INIT Initialisation model for generator PV with a PQ diagram, based on SignalN for the frequency handling and a remote voltage regulation
 GeneratorPVRemoteDiagramPQSFR Model for generator PV with a PQ diagram, based on SignalN for the frequency handling and a remote voltage regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVRemoteDiagramPQSFR_INIT Initialisation model for generator PV with a PQ diagram, based on SignalN for the frequency handling and a remote voltage regulation and that participates in the Secondary Frequency Regulation (SFR)
 GeneratorPVTfo Model for generator PV based on SignalN for the frequency handling, with a simplified transformer and a voltage regulation at stator
 GeneratorPVTfo_INIT Initialisation model for generator PV based on SignalN for the frequency handling, with a transformer and a voltage regulation at stator. The voltage module reference at stator is calculated using the voltage module reference at terminal.
 GeneratorPVTfoDiagramPQ Model for generator PV based on SignalN for the frequency handling, with a simplified transformer, a voltage regulation at stator and with an N points PQ diagram.
 GeneratorPVTfoDiagramPQ_INIT Initialisation model for generator PV based on SignalN for the frequency handling, with a transformer, a voltage regulation at stator and with an N points PQ diagram. The voltage module reference at stator is calculated using the voltage module reference at terminal.
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