ThirdOrder_AVRI
ThirdOrder_AVRII
FourthOrder_AVRI
FourthOrder_AVRII
FifthOrder_AVRI
FifthOrder_AVRII
SixthOrder_AVRI
SixthOrder_AVRII
BaseClasses
31-bus 2-machine 2-area test system
Extends from Modelica.Icons.ExamplesPackage (Icon for packages containing runnable examples).
| Name | Description |
|---|---|
| ThirdOrder_AVRI
|
31-bus system with 3rd-order machine and AVR Type I |
| ThirdOrder_AVRII
|
31-bus system with 3rd-order machine and AVR Type II |
| FourthOrder_AVRI
|
31-bus system with 4th-order machine and AVR Type I |
| FourthOrder_AVRII
|
31-bus system with 4th-order machine and AVR Type II |
| FifthOrder_AVRI
|
31-bus system with 5th-order machine Type 2 and AVR Type I |
| FifthOrder_AVRII
|
31-bus system with 5th-order machine Type 2 and AVR Type II |
| SixthOrder_AVRI
|
31-bus system with 6th-order machine and AVR Type I |
| SixthOrder_AVRII
|
31-bus system with 6th-order machine and AVR Type II |
| BaseClasses
|
Base classes used for TwoArea |
OpenIPSL.Examples.PSATSystems.TwoArea.ThirdOrder_AVRI31-bus system with 3rd-order machine and AVR Type I
This system is 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:
order3.worder3_1.wNote that the oscillations, which are not well damped, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder3 (Template for base network and a 3rd order generator).
OpenIPSL.Examples.PSATSystems.TwoArea.ThirdOrder_AVRII31-bus system with 3rd-order machine and AVR Type II
This system is 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:
order3.worder3_1.wNote that the oscillations, which are not well damped, have opposing phases, meaning that one machine is swinging against the other, in a clear example of non-coherent machines. In addition, plot:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder3 (Template for base network and a 3rd order generator).
OpenIPSL.Examples.PSATSystems.TwoArea.FourthOrder_AVRI31-bus system with 4th-order machine and AVR Type I
This system is 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:
order3.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:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder4 (Template for base network and a 4th order generator).
OpenIPSL.Examples.PSATSystems.TwoArea.FourthOrder_AVRII31-bus system with 4th-order machine and AVR Type II
This system is 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:
order3.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:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder4 (Template for base network and a 4th order generator).
OpenIPSL.Examples.PSATSystems.TwoArea.FifthOrder_AVRI31-bus system with 5th-order machine Type 2 and AVR Type I
This system is 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:
order3.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:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder5 (Template for base network and a 5th order generator).
OpenIPSL.Examples.PSATSystems.TwoArea.FifthOrder_AVRII31-bus system with 5th-order machine Type 2 and AVR Type II
This system is 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:
order3.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:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder5 (Template for base network and a 5th order generator).
OpenIPSL.Examples.PSATSystems.TwoArea.SixthOrder_AVRI31-bus system with 6th-order machine and AVR Type I
This system is 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:
order3.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:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder6 (Template for base network and a 6th order generator).
OpenIPSL.Examples.PSATSystems.TwoArea.SixthOrder_AVRII31-bus system with 6th-order machine and AVR Type II
This system is 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:
order3.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:
B6.vB30.vCompare these results with the ones from the other example systems within the TwoArea subpackage.
Extends from Modelica.Icons.Example (Icon for runnable examples), OpenIPSL.Examples.PSATSystems.TwoArea.BaseClasses.BaseOrder6 (Template for base network and a 6th order generator).
Automatically generated Thu Oct 6 17:41:43 2022.