Hybrid Renewable Energy System Control for Maximum Power Extraction and Output Voltage Regulation by Using Fuzzy logic Controller

Abstract: The purpose of this paper is to investigate novel control strategies for hybrid PV/wind control systems. The paper's other result is a description of the attractive controller for the proposed hybrid system. When designing the control process for control systems with limitless energy sources, two primary objectives must be accomplished. Removing the most control from renewable energy sources, such as wind and photovoltaics, is a critical issue. A hybrid double-input (PV/Wind) control system was constructed, simulated in MATLAB, and novel control strategies were assessed in this study. PV panels, wind energy conversion systems (WEC), and a DC/DC converter comprise the proposed control system. The wind control plant model consists of a wind turbine, a PMSG generator, and a rectifier that transfers DC electrical power. PV modules can be joined in a variety of ways to form solar arrays. This page focuses on the replication of PV cells, modules, and clusters. The study concludes with an examination of the execution of the suggested control mechanism.

Keywords: wind energy conversion systems (WEC), hybrid double-input (PV/Wind), Fuzzy logic Controller