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Carbon emissions have increased annually by 5.5%, which in 2022 is estimated to be 83 million tons of carbon emissions. In 2030, Indonesia has a target of reducing emissions by 32%, equivalent to 912 million tons of CO2. To achieve this target, a change towards decarbonization is designed by constructing a Green Hydrogen Plant (GHP) using the electrolysis method in Gresik District. The method used in this research is numerical analysis, which will be selected by comparing the results of the economic analysis carried out. This study aims to determine the right green hydrogen plant series from the variables studied and analyzed techno-economically, which include NPV, IRR, BEP, and LCOH in each series and be compared.

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Techno-Economic Analysis for Green Hydrogen Production in Gresik District

  • 会议论文

  • 发表日期：

    2025年

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  • Naurah Ranaindy,
  • Witantyo Witantyo,
  • Suwarno Suwarno

摘要

Carbon emissions have increased annually by 5.5%, which in 2022 is estimated to be 83 million tons of carbon emissions. In 2030, Indonesia has a target of reducing emissions by 32%, equivalent to 912 million tons of CO2. To achieve this target, a change towards decarbonization is designed by constructing a Green Hydrogen Plant (GHP) using the electrolysis method in Gresik District. The method used in this research is numerical analysis, which will be selected by comparing the results of the economic analysis carried out. This study aims to determine the right green hydrogen plant series from the variables studied and analyzed techno-economically, which include NPV, IRR, BEP, and LCOH in each series and be compared.