Simulator 16 User Guide - PowerWorld

Save the transient stability option settings to an auxiliary file.
FileName : Name and path of the file to save
SaveDynamicModel : (optional) NO doesn’t save dynamic model (default YES)
SaveStabilityOptions : (optional) NO doesn’t save stability options (default YES)
SaveStabilityEvents : (optional) NO doesn’t save stability events (default YES)
SaveResultsSettings : (optional) NO doesn’t save results settings (default YES)
SavePlotDefinitions : (optional) NO doesn’t save plot definitions (default YES)
KeyField : (optional) Specifies key: can be Primary, Secondary, or Label (default Primary)
Example usage(s) :
TSWriteOptions(auxtest.aux);
TSWriteOptions("auxtest.aux");
TSWriteOptions("auxtest.aux", [YES, NO, NO, NO, NO]);
TSWriteOptions("auxtest.aux", [YES, NO, "", NO, NO, P]);
TSWriteOptions("auxtest.aux", [YES, NO, NO, "", YES, S]);
TSSaveTwoBusEquivalent ("PwbFileName", [BUS]);
Save the two bus equivalent model of a specified bus to a PWB file. Initialization to the start time is
always done before saving the two bus equivalent.
PwbFileName : Name and path for the output PWB file
BUS : Bus can be specified in three ways:
Number : [BUS busnum]
Name/NomkV : [BUS “busname_nominalKV”]
Label : [BUS “buslabel”]
Example usage(s) :
TSSaveTwoBusEquivalent("TwoBusTest.pwb",[Bus 2]);
TSCalculateSMIBEigenValues;
Calculate single machine infinite bus eigenvalues. Initialization to the start time is always done
before calculating eigenvalues.
To save out the SMIB results to a file, use the SaveData script function after the eigenvalues have
been calculated.
Example usage(s) :
TSCalculateSMIBEigenValues;
SaveData("C:\auxTest.aux", AUXDEF, PWTXGEN, [BusNum, BusName, GenID, AreaName,
TSGenMachineName, TSGenExciterName, TSGenGovernorName, TSGenStabilizerName,
TSEigenValueValid, TSNumEigenValue, TSNumEigenValueZero, TSEigenValueMax,
TSEigenValueMin, TSComplexEigenValue, TSComplexEigenValue:1, TSComplexEigenValue:2], []);
TSLoadGE("FileName", GENCCYN);
Loads transient stability data stored in the GE DYD format.
FileName : Name of the DYD file to load
GENCCYN : YES to split combined cycle units, NO to leave them alone
TSLoadPTI("FileName", "MCREfilename", "MTRLOfilename", "GNETfilename",
"BASEGENfilename");
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