Using Flexible AC Transmission System to Enhanced Power Transfer

The electrical power industry has encountered various challenges in recent years as a result of technological advancements. It causes manufacturing and product-based firms to expand, resulting in a power demand that surpasses supply. Because every unit of load that grows linearly with demand reduces efficiency, efficiency is largely impacted by two factors: damping and frequency oscillation. FACTS technology (Flexible AC Transmission System) is a concept that deals with active and reactive power control monitoring to improve the operation of electrical power system networks. Flexible AC Transmission Systems (FACTS) are used to approximate the functioning of stable power system networks in this study. The Flexible AC Transmission System (FACTS) was developed by the Electric Electricity Research Institute (EPRI) to effectively regulate the flow of power using various power electronic devices. The key components of FACTS technology include high-power electronics, a variety of thyristor devices, microelectronics, communications, and complicated control actions. To verify the proposed system, soft computing techniques such as Fuzzy, Genetic Algorithm, BAT algorithm, and Artificial Neural Network concept are employed. It’s also utilized to fine-tune the settings of a grid-connected multiline system that creates renewable energy. A Simulink model is built and analyzed using soft computing approaches to assess the possibilities of a grid-connected power flow controller in a multi-line power system. The results were compared to established methods for improving performance characteristics.