OPTIMIZING VOLTAGE STABILITY: LEVERAGING INTEGRATED PHOTOVOLTAIC SYSTEM AND DYNAMIC VOLTAGE RESTORER

Abstract

With the increased penetration of sensitive loads, distribution energy satisfaction challenges have grown, particularly in renewable energy resources. A novel technique for integrating a grid-connected photovoltaic system with a self-supported dynamic voltage restorer (DVR). Its primary function is to inject active power into the PV array via MPPT control and to maintain constant load terminal voltage, with DVR being the most practical alternative. The term "six-port converter" refers to all nine semiconductor switches in this proposed technology. This setup allows the utility grid and the six-port converter to exchange energy in both directions. On all operational modes, a manipulation algorithm and a learn are built. Extensive modeling and experimental reports under extreme operating conditions back up the proposed arrangement. The MATLAB-focused history allows you to design this new DVR configuration with PV more quickly and precisely.