SVC Simulation Using PSS in MATLAB

In this documentation, we present an SVC (Static Var Compensator) simulation implemented using MATLAB's PSS (Power System Toolbox), which executes successfully. Let us examine this process in greater detail. We utilized MATLAB's Power System Toolbox, which provides a comprehensive environment for developing and testing various control system strategies for power systems. Our implementation begins with constructing a power system model incorporating an SVC component, ensuring proper configuration and functionality within MATLAB. Using PSS toolbox functions such as svc() for compensator modeling and power_analyze() for system stability assessment, we simulate SVC operations. During simulation, we adjust SVC parameters including voltage references and current limits to emulate different operational scenarios, while analyzing the compensator's dynamic response through waveform plotting functions like plot(). Post-simulation, we evaluate results using performance metrics and conduct subsequent optimizations through parameter tuning algorithms. This approach serves as a valuable tool for understanding and controlling power system devices and networks, with implementation involving sequential steps of model initialization, parameter configuration, simulation execution, and result analysis.