As a clean energy technology with great potential,photoelectric catalytic hydrogen production technology is becoming one of the key areas of energy transformation.This paper focuses on the key problems and solution strategies of photoelectric catalytic hydrogen production technology in the large-scale application of solar energy.The design and optimization of the photocatalysts stresses the importance of improving the hydrogen production efficiency by regulating the structure and performance of the catalysts.At the same time,the reaction system optimization and process control are discussed,and the efficiency and stability of the hydrogen production system should be improved by reasonably adjusting the reaction conditions and realizing automatic control.Further,the hydrogen storage technology and system integration are expounded,and the key of building a complete hydrogen energy industry chain is emphasized,so as to promote the commercial application and industrialization process of photoelectric catalytic hydrogen production technology.Finally,the cost reduction and marketing are analyzed,and the importance of technological innovation,policy support and marketing measures in promoting the large-scale application of photoelectric catalytic hydrogen production technology is emphasized.To sum up,this paper aims to provide theoretical guidance and practical reference for the further development and application of photoelectric catalytic hydrogen production technology,and to make contributions to promoting the sustainable development of clean energy.
photoelectric catalytic hydrogen production technologyrenewable energyhydrogen energy economycatalyst design and optimization
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