Green Hydrogen Produced From Seawater.

Abstract

The transition to sustainable and clean energy sources has become a pressing global priority. Green hydrogen, produced through electrolysis using renewable energy sources, has emerged as a promising solution for energy storage and carbon-free fuel production. This thesis explores the integration of wind power and PEM electrolysis for green hydrogen production. The objective is to assess the feasibility and efficiency of this coupled system. Experimental measurements of voltage, current, and hydrogen production were conducted. The results demonstrate successful integration and high efficiency, highlighting the potential of this approach for sustainable hydrogen generation. The findings contribute to the understanding of green hydrogen production and offer insights for future research and development in renewable energy integration. This thesis provides valuable information for policymakers and industries seeking to utilize green hydrogen as a clean energy source.