Performance Improvement of 16 Bus System using Hybrid Power Flow Controller

The Hybrid Power Flow Controller, also known as an HPFC, is an appealing FACTS device that can be placed between the sending end and the receiving end. The appropriate Reboots converter between the solar energy system, the battery system, and the capacitor of the HPFC. The voltage sag compensation and improvement of the dynamic response in a 16-bus system using a hybrid power flow controller are the subjects of this work (HPFC). The Dynamic Voltage Regulator (DVR) and the Active Filter are both components that are included in the High-Performance Flexible Coupler (HPFC) system (AF). The 16-Bus systems with and without HPFC are modeled and simulated using the blocks of MATLAB. It has been observed that the incorporation of HPFC results in an increase in both the real and reactive power that is supplied to the load. The HPFC system has a number of benefits, including the capability to compensate for voltage sag and a reduction in loss. In the current work, the High-Power Frequency Converter (HPFC) is proposed to improve the Power Quality of a 16-bussystem.