Research on optimization of green hydrogen production based on wind, solar and energy storage complementarity
Wenchao Zhao
Hebei Hongmeng New Energy Co., Ltd.
DOI: https://doi.org/10.59429/pest.v6i4.8433
Keywords: Wind; Solar and energy storage synergy and complementary optimization; Multi-dimensional energy interaction; Adaptive load scheduling
Abstract
Green hydrogen production technology is an important way to achieve the goals of “carbon neutrality” and “carbon peak”. Using wind, solar and energy storage to carry out green hydrogen production research can not only effectively solve the problem of high carbon emissions in the traditional hydrogen production process, but also greatly improve the utilization rate of renewable energy. This paper focuses on the complementary technology of wind, solar and energy storage, comprehensively analyzes its application in green hydrogen production, and discusses the key issues of wind and solar resource volatility, water electrolysis technology efficiency bottlenecks and energy storage system optimization. By proposing solutions for intelligent scheduling and multi-energy complementarity, the study shows that the optimization measures significantly improve the utilization efficiency of wind and solar power, reduce the cost of hydrogen production, and improve the environmental benefits of the hydrogen production process. The research in this paper provides an important theoretical basis and practical guidance for the promotion and application of green hydrogen production technology.
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