Improving microgrid stability by integrating renewable energies (solar energy) and ESS

Abstract

The objective of this project is to explore the effectiveness of incorporating renewable energy sources and energy storage in enhancing the stability and reliability of micro-grid systems. The proposed approach involves the integration of solar energy as a primary renewable energy source in the micro-grid system. Solar panels harness solar irradiation to generate electricity, contributing to the overall power supply. Additionally, an energy storage system, such as batteries, is implemented to store surplus energy during periods of high solar generation and supply it during peak demand or low generation periods. The integration of these components aims to improve the system's stability by balancing power supply and demand. Furthermore, the report presents simulation results and performance analysis of the proposed system. Key parameters, such as system stability, power quality, and load demand satisfaction, are evaluated under different operating conditions and scenarios. The analysis provides insights into the effectiveness of the integrated renewable energy and energy storage system in improving system stability and meeting load demand requirements