Grid-connected hybrid energy system for sugar cane processing industries to improve power reliability

Abstract

Power reliability is a critical factor in the operational efficiency of grid-connected sugar cane processing industries, where frequent grid fluctuations or outages can disrupt production and result in economic losses. This study presents the integrated design of a hybrid renewable energy system that combines solar photovoltaic (PV), wind, and biomass technologies to enhance energy reliability and sustainability in these industries. The proposed system takes advantage of the abundant solar irradiance, wind potential, and biomass residue specifically bagasse, a byproduct of sugar cane processing available in sugar-producing regions. By utilizing MATLAB/Simulink software and optimization techniques, the system is designed to ensure a reliable power supply, reduce dependence on the grid, and minimize environmental impact. Technical feasibility is evaluated under various operational scenarios. Results indicate that the hybrid system significantly enhances power reliability. This research presents a scalable framework for integrating renewable resources into agro-industrial energy systems, promoting both energy security and sustainable development.