Set of simple systems to test the functionality of various machine models from PSSE
Extends from Modelica.Icons.ExamplesPackage (Icon for packages containing runnable examples).
Name | Description |
---|---|
GEN | SMIB system to test functionality of flexible GEN model (needs replaceable support) |
GENCLS | SMIB system to test functionality of classical generator model, and its functionality as infinite bus |
GENROE | SMIB system to test functionality of generator model with round rotor and exponential saturation |
GENROU | SMIB system to test functionality of generator model with round rotor and quadratic saturation |
GENSAE | SMIB system to test functionality of generator model with salient poles and exponential saturation on both axes |
GENSAL | SMIB system to test functionality of generator model with salient poles and quadratic saturation on d-axis |
SMIB system to test functionality of flexible GEN model (needs replaceable support)
Extends from OpenIPSL.Tests.BaseClasses.SMIB (SMIB - Single Machine Infinite Base system with one load.).
SMIB system to test functionality of classical generator model, and its functionality as infinite bus
Extends from OpenIPSL.Tests.BaseClasses.SMIB (SMIB - Single Machine Infinite Base system with one load.).
SMIB system to test functionality of generator model with round rotor and exponential saturation
Extends from OpenIPSL.Tests.BaseClasses.SMIB (SMIB - Single Machine Infinite Base system with one load.).
SMIB system to test functionality of generator model with round rotor and quadratic saturation
Extends from OpenIPSL.Tests.BaseClasses.SMIB (SMIB - Single Machine Infinite Base system with one load.).
SMIB system to test functionality of generator model with salient poles and exponential saturation on both axes
Extends from OpenIPSL.Tests.BaseClasses.SMIB (SMIB - Single Machine Infinite Base system with one load.).
SMIB system to test functionality of generator model with salient poles and quadratic saturation on d-axis
Extends from OpenIPSL.Tests.BaseClasses.SMIB (SMIB - Single Machine Infinite Base system with one load.).
Automatically generated Thu Oct 6 17:41:45 2022.