Example1.Analysis.RedesignedControllerVerification

Controller verification simulation examples.

Information

This package is configured to simulate the response to an 8-cycle load disturbance and to compare the default PSS control design with the two redesigned controllers presented in [2].

Default/original design: Example1.Analysis.RedesignedControllerVerification.C0_8cycles,is configured to simulate the default PSS control design with and sec.
Re-design 1: Example1.Analysis.RedesignedControllerVerification.C1_8cycles. This design was obtained using , resulting in parameters and sec.
Re-design 2: Example1.Analysis.RedesignedControllerVerification.C2_8cycles. This design was obtained using , resulting in parameters and sec.

To compare the different control designs the following function is provided: C012_simulate_plot_compare

Executing this function results in a plot of the terminal voltage and speed similar to that in Fig. 10 of [2], with the main difference being that the random load has been removed to speed up the simulations. Note that the all three cases above are simulated, so if a change is made in one of them, it should be also applied to the others so that running the function gives a plot for useful comparisons.

Package Content

Name	Description
C012_simulate_plot_compare	Simulates and plots the response of three models with different control designs.
C0_8cycles	Default controller with kw=9.5 and tw=1.41.
C1_8cycles	Re-designed controller 1 with k2=22.4455 and tw=0.5217.
C2_8cycles	Re-designed controller 2 with kw=12.6924 and tw=0.5602.

Example1.Analysis.RedesignedControllerVerification.C012_simulate_plot_compare

Simulates and plots the response of three models with different control designs.

Information

Usage

In the Package Browser, right click on the function and select "Call function...". This will open the function's window.

Leave the default model names without change, these correspond to the three models within the package.
Go to the bottom of the window and click on "Execute".
Go back to the function's own window and click on "Close".