Study and sizing of an electrical supply system for site isolated by hydrogen source

Abstract

This thesis studies a hydrogen-based electricity generation system. It begins by examining the environmental impact of fossil fuels and the promotion of renewable energies such as solar energy. The study then delves into the fundamental principles of hydrogen as an energy carrier and the operational concepts of fuel cells. Mathematical modeling and simulation techniques are employed to design and evaluate a hydrogen-powered fuel cell system. These models are used to optimize system performance and guide further development. Finally, the thesis addresses the practical implementation by constructing a prototype, which serves to assess the efficiency and viability of hydrogen as a clean energy source for electricity generation and the total cost of the proposed system.