Paper Contents
Abstract
Electric power supply networks around the world are highly connected. These links are necessary because, in addition to facilitating delivery, the transmission network aims to pool power plants and load centres to reduce total power generation capacity and fuel costs. As loads on the electricity grid have increased, it has been harder to maintain stability and control. This research provides an investigation of SSSC performance and power system power flow control using thyristor driven series compensation. FACTS technology offers new ways to manage power and increase the useful capacity of existing systems, in addition to new and improved lines. The research of SSSCs with capacitive and inductive modes of operation, applications, and benefits of FACTS are covered in this work. Series compensation that is thyristor controlled consists of a capacitor that is switched back and forth between two thyristors. It is feasible to alter the reactance of the SSSC in accordance with SSSC features by adjusting the firing angle of this back-to-back thyristor. The true power flow is improved by this correction, which regulates the transmission line reactance. SSSC power flow changes between growing and decreasing in the capacitive area.
Copyright
Copyright © 2023 Abhishek raj. This is an open access article distributed under the Creative Commons Attribution License.
