Abstract

This study presents a comprehensive simulation model for PEM (Proton Exchange Membrane) electrolyzer power management integrated with renewable energy generation systems. The research focuses on optimizing hydrogen production efficiency while ensuring reliable energy supply for sub-Saharan African communities. The hybrid renewable-powered system combines solar and wind energy sources with advanced power management algorithms to maximize electrolyzer performance and minimize energy waste.

The simulation results demonstrate significant improvements in energy utilization efficiency and hydrogen production rates compared to conventional systems. The proposed model addresses key challenges in renewable energy storage and provides a pathway for sustainable, affordable energy solutions in resource-limited environments. This work contributes to the growing body of research on clean energy technologies specifically adapted for African contexts.