Renewable Energy Control for Three-Phase Hybrid Microgrid System

This project focuses on the development of a sophisticated renewable energy-based modeling and control system for a three-phase hybrid microgrid using MATLAB-Simulink. Incorporating elements such as PV and wind power generation, IGBT or MOSFET inverters, and an RLC load with predetermined values, the system aims to demonstrate efficient power generation, distribution, and management within the microgrid. Moreover, it includes a comprehensive monitoring system for voltage, current, and power parameters. The graphical display provides a user-friendly interface to visualize and analyze the system’s output, facilitating a deeper understanding of the microgrid’s performance and enabling potential enhancements in renewable energy integration and grid stability. The project culminates in a user-friendly graphical display interface, allowing stakeholders to visualize and comprehend the intricate dynamics of the microgrid. This interface provides a detailed output presentation, enabling stakeholders to interpret and analyze the data effectively. The graphical display serves as an invaluable tool for researchers, engineers, and decision-makers, empowering them to optimize the microgrid’s performance, enhance renewable energy integration, and ensure grid stability.