Optimal design of Power System Stabilizer and Thyristor Controlled Series Compensator-based controllers using Genetic Algorithm
Keywords:
Power System Stabilizer, Thyristor Controlled Series Compensator, Genetic algorithmsAbstract
The design of Power System Stabilizer PSS and Thyristor Controlled Series Compensator (TCSC)-based controllers and the increase in power system stability are given and addressed in detail in this article. It is planned that the controllers will be developed both individually and in groups. On a poorly connected power system subjected to a variety of disturbances, the controllers are put to the test. A discussion was held on the simulation findings under various operating conditions. Genetic algorithms (GA) are a familiar algorithm for optimizing systems. This may be used to fix problems in the power system; therefore, it can be used in that sector. GA-based control systems, such as those implemented with PSS, are employed in combination with a control system that has non-controllable transients to provide power system stability and minimize transients within the power system. The system's installed power and voltage levels are first simulated, followed by the application of the new system during faults. The findings demonstrate that the new power grid is more effective than the standard model.
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