Optimal Configuration and Economic Analysis of Wind Solar Complementary Hydrogen Production System for Hydrogen Energy Metallurgy
Under the guidance of the"dual carbon"goals,the metallurgical industry faces immense pressure to reduce carbon emissions,and there is a strong push for the development of hydrogen energy metallurgy at the policy,industry,and technological levels.In this paper,the domestic and foreign industrial trends and key technology advancements of hydrogen energy metallurgy had been summarized,and the technological and industrial advantages of green hydrogen metallurgy were proposed.The focus was on the optimal configuration and economic issues of green hydrogen production from the complementation of wind and solar energy,which is applied to the hydrogen energy metallurgy scene.Analysis and discussion were conducted in conjunction with typical cases,and the impact of green hydrogen cost was discussed,with suggestions being put forward.The research prospects the development of the hydrogen metallurgy technology industry and provides a reference for solving the problem of low-carbon transformation in the metallurgical industry.
Hydrogen energy metallurgyWind-solar complementary hydrogen productionOptimize configurationEconomic analysis
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