Da'an Wind and Solar Power Green Hydrogen Project Enters Commissioning Phase in Jilin Province
Key Ideas
- The Da'an Wind and Solar Power Green Hydrogen and Ammonia Synthesis Project in Jilin Province is entering the commissioning phase, with an annual hydrogen production capacity of 32,000 mt and ammonia synthesis capacity of 180,000 mt.
- The project, with a total investment of 5.956 billion yuan, includes the construction of new energy facilities, hydrogen production equipment, ammonia synthesis devices, and a main step-down substation, aiming to significantly reduce carbon emissions and save standard coal.
- Upon completion, the project is expected to cut carbon emissions by about 650,000 mt annually, saving 230,000 mt of standard coal, and will have a pioneering impact on promoting new energy consumption, power system reform, and developing a new energy-dominated power system.
- The initiative showcases China's commitment to green hydrogen technology and signifies a step towards sustainable energy production by harnessing wind and solar power for hydrogen and ammonia synthesis.
The Da'an Wind and Solar Power Green Hydrogen and Ammonia Synthesis Integrated Demonstration Project in Jilin Province, China, has progressed to the commissioning phase, anticipating trial production in the near future. The project, led by Da'an Jidian Green Hydrogen Energy Co., Ltd., aims to annually produce 32,000 metric tons of hydrogen and 180,000 metric tons of ammonia. The extensive construction plan includes the development of 800,000 kW of new energy capacity, comprising 700,000 kW of wind power, 100,000 kW of PV, and related energy storage systems. Additionally, the project involves the construction of hydrogen production equipment, ammonia synthesis devices, and essential infrastructure like a 220kV collection station. With a total investment of 5.956 billion yuan, the initiative seeks to slash carbon emissions by 650,000 metric tons per year and save 230,000 metric tons of standard coal.
The completion of the project is poised to have a transformative impact by addressing large-scale new energy consumption, fostering profound changes in the power sector, and paving the way for a new energy-driven power system. This ambitious project underscores China's dedication to sustainable energy practices and signifies a significant advancement in utilizing renewable sources like wind and solar power for hydrogen and ammonia production.
Topics
Projects
Renewable Energy
Carbon Emissions Reduction
Ammonia Synthesis
New Energy Construction
Power System Reform
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