Implementation of a Real-Time Simulator to Evaluate the Power System Stabilizer

This article proposes a power system stabilizer (PSS) based on Real-time Simulator software for a single-machine infinite bus (SMIB) system. The proposed PSS gives better results than conventional power system stabilizers (CPSS) because the software is better equipped to handle non-linearities and can work accurately and minimize computational time. It can provide more precise control over the power system, which is important for maintaining stability which is examined by the Heffron-Phillips model. The CPSSs are designed to respond to specific types of disturbances, while the Simulator can respond to a wider range of disturbances and provide more precise control proceedings. A Real-time Simulator setup is used to simulate complex systems in real-time.