ThirdOrder_AVRI
ThirdOrder_AVRII
FourthOrder_AVRI
FourthOrder_AVRII
FifthOrder_AVRI
FifthOrder_AVRII
SixthOrder_AVRI
SixthOrder_AVRII
BaseClasses
5-bus 2-machine 2-area test system
Extends from Modelica.Icons.ExamplesPackage (Icon for packages containing runnable examples).
| Name | Description |
|---|---|
| ThirdOrder_AVRI
|
5-bus system with 3rd-order machine and AVR Type I |
| ThirdOrder_AVRII
|
5-bus system with 3rd-order machine and AVR Type II |
| FourthOrder_AVRI
|
5-bus system with 4th-order machine and AVR Type I |
| FourthOrder_AVRII
|
5-bus system with 4th-order machine and AVR Type II |
| FifthOrder_AVRI
|
5-bus system with 5th-order machine and AVR Type I |
| FifthOrder_AVRII
|
5-bus system with 5th-order machine and AVR Type II |
| SixthOrder_AVRI
|
5-bus system with 6th-order machine and AVR Type I |
| SixthOrder_AVRII
|
5-bus system with 6th-order machine and AVR Type II |
| BaseClasses
|
Base classes used for TwoAreaOld |
OpenIPSL.Examples.PSATSystems.TwoAreaOld.ThirdOrder_AVRI5-bus system with 3rd-order machine and AVR Type I
This system tests the third order machine with a type 1 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder3.wNote that the oscillations, which have low damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vNote that these voltages present oscillations with opposing phases as well. Compare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder3 (Template for base network and a 3rd order generator).
OpenIPSL.Examples.PSATSystems.TwoAreaOld.ThirdOrder_AVRII5-bus system with 3rd-order machine and AVR Type II
This system tests the third order machine with a type 2 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder3.wNote that the oscillations, which have low damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vNote that these voltages present oscillations with opposing phases as well. Compare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder3 (Template for base network and a 3rd order generator).
OpenIPSL.Examples.PSATSystems.TwoAreaOld.FourthOrder_AVRI5-bus system with 4th-order machine and AVR Type I
This system tests the fourth order machine with a type 1 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder4.wNote that the oscillations, which present some considerable damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vCompare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder4 (Template for base network and a 4th order generator).
OpenIPSL.Examples.PSATSystems.TwoAreaOld.FourthOrder_AVRII5-bus system with 4th-order machine and AVR Type II
This system tests the fourth order machine with a type 2 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder4.wNote that the oscillations, which present some considerable damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vCompare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder4 (Template for base network and a 4th order generator).
OpenIPSL.Examples.PSATSystems.TwoAreaOld.FifthOrder_AVRI5-bus system with 5th-order machine and AVR Type I
This system tests the fifth order machine with a type 1 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder5.wNote that the oscillations, which present some considerable damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vCompare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder5 (Template for base network and a 5th order generator).
OpenIPSL.Examples.PSATSystems.TwoAreaOld.FifthOrder_AVRII5-bus system with 5th-order machine and AVR Type II
This system tests the fifth order machine with a type 2 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder5.wNote that the oscillations, which present some considerable damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vCompare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder5 (Template for base network and a 5th order generator).
OpenIPSL.Examples.PSATSystems.TwoAreaOld.SixthOrder_AVRI5-bus system with 6th-order machine and AVR Type I
This system tests the sixth order machine with a type 1 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder6.wNote that the oscillations, which present some considerable damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vCompare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder6 (Template for base network and a 6th order generator).
OpenIPSL.Examples.PSATSystems.TwoAreaOld.SixthOrder_AVRII5-bus system with 6th-order machine and AVR Type II
This system tests the sixth order machine with a type 2 AVR, from PSAT. Simulate the system for 20 seconds.
Variables of interest are related to the (non-)coherency observed between the synchronous machines:
order2.worder6.wNote that the oscillations, which present some considerable damping, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
bus4.vbus5.vCompare these results with the ones from the other example systems within the TwoAreaOld subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoAreaOld.BaseClasses.BaseOrder6 (Template for base network and a 6th order generator).
Automatically generated Thu Oct 6 17:41:43 2022.