Abstract

Adoption of dependable and sustainable power solutions is required due to the growing energy demands of educational institutions. This case study evaluates the technical performance, financial feasibility, and environmental impact of a solar-hydrogen fuel cell hybrid system as a pilot project for an educational institution campus. To provide a steady and clean power source, the suggested system combines fuel cells, hydrogen storage, an electrolyze, and solar Photovoltaic (PV) panels. Energy generation, hydrogen production, and overall system efficiency are all simulated using the System Advisor Model (SAM) in a techno-economic analysis. Cost-effectiveness in comparison to traditional grid energy is assessed using key financial criteria such Return On Investment (ROI), payback period, and Levelized Cost of Energy (LCOE). The study also looks at how the system might improve energy security and lower carbon emissions. The results are intended to show that solar-hydrogen hybrid systems can be a good substitute for conventional energy sources in education institutional settings. This case study offers a scalable and replicable method that supports sustainability aims and long-term energy resilience.

Keywords:Solar-hydrogen fuel cell; LCOE; Solar-fuel cell-battery system; System advisor model; Energy management system