MATHEMATICAL MODELING OF THE EFFICIENCY OF HYDROGEN PRODUCTION PROCESSES USING SOLAR ENERGY
Аннотация
Solar-powered hydrogen production is a promising approach to sustainable energy generation, offering clean and renewable hydrogen fuel. This article presents a comprehensive methodology for the development and optimization of solar-powered hydrogen production systems. The methodology includes system design and configuration, mathematical modeling, experimental validation, techno-economic analysis, and environmental impact assessment. Case studies and literature review highlight the progress and potential of solar-powered hydrogen production. Future research directions, including advanced materials, system integration, and policy frameworks, are also discussed. Overall, this methodology provides a roadmap for researchers and engineers to develop efficient, cost-effective, and environmentally sustainable solar-powered hydrogen production systems.
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