modelTestCase3

Test Case 3, Section 5.3, focuses on the dynamic behavior of the model for the synchronous machine with its whole control in response to a short-circuit

Extends from Modelica.Icons.Example (Icon for runnable examples).

Components

TypeNameDefaultDescription
PowerGrids.Electrical.SystemsystemPowerGrids
PowerGrids.Electrical.Machines.SynchronousMachine4WindingsGEN
PowerGrids.Electrical.Buses.BusNTLV
PowerGrids.Electrical.Buses.BusFaultNTHV
PowerGrids.Electrical.Branches.TransformerFixedRatioTGEN
PowerGrids.Electrical.Controls.TurbineGovernors.IEEE_TGOV1TGOV
PowerGrids.Electrical.Controls.ExcitationSystems.IEEE_AC4AAVR
PowerGrids.Electrical.Controls.PowerSystemStabilizers.IEEE_PSS2APSS
Modelica.Blocks.Sources.RealExpressionzero
Modelica.Blocks.Sources.RealExpressionVrefPu
Modelica.Blocks.Sources.RealExpressionRefLPu
PowerGrids.Electrical.Loads.LoadImpedancePQGRIDL
Electrical.Buses.EquivalentGridGRID
Types.PerUnitAA_01_GEN_UpuGEN.port.VPuFig. 5.7, terminal voltage
Types.PerUnitAA_02_GEN_efdGEN.ufPuInFig. 5.8, excitation voltage
Types.PerUnitAA_03_GEN_PpuGEN.port.PGenPu/0.95Fig. 5.9, active power of the synchronous machine
Types.PerUnitAA_04_GEN_QpuGEN.port.QGenPu/0.314583Fig. 5.10, reactive power of the synchronous machine
Types.PerUnitAA_05_GEN_omegapuGEN.omegaPuFig. 5.11, speed
Types.PerUnitAA_06_PSS_outPSS.VstPuFig. 5.12, PSS output signal
Types.PerUnitAA_07_GRIDL_PpuGRIDL.port.PPu/0.95Fig. 5.13, active power of the load
Types.PerUnitAA_08_GRIDL_QpuGRIDL.port.QPu/0.1519Fig. 5.14, reactive power of the load