Grey Wolf Optimization Based MPPT Control of Grid Connected Direct Driven Wind Energy Conversion System

This work's primary objective is to contribute to the modern optimization technique-based direct-drive H-Darrieus wind energy system. The stator doubly fed induction generator is directly connected to the grid, while the rotor is coupled to the grid using back-to-back converters. The control goal is expressed as an optimization problem to maximize the power out of the WECS. However, determining the controller parameters is challenging. The meta-heuristic optimization method GWO is introduced in this study to help us accomplish our objective. The collected results highlight the suggested control strategy's robustness and effectiveness in monitoring.