Sungrow Hydrogen to Provide Alkaline Electrolysis Units for Jilin Hydrogen and Ammonia Project
Key Ideas
  • Sungrow Hydrogen selected to provide alkaline electrolysis units for a new hydrogen and ammonia project in Jilin province, China.
  • The project, led by China Energy Engineering Corporation, aims to produce 110,000 tons of hydrogen, 600,000 tons of ammonia, and 60,000 tons of methanol annually.
  • This initiative is part of China's 'Green and Low-carbon Advanced Technology Demonstration Projects' program, with significant investments and multiple large-scale demonstration projects planned for Jilin province.
  • In addition to the Jilin project, Jizhong New Energy has commenced construction on a wind-solar-hydrogen-ammonia integrated demonstration project in Inner Mongolia, involving substantial renewable ammonia production.
Sungrow Hydrogen has been chosen as the electrolysis provider for a notable project in Jilin province, China. The project, located in the Songyuan Hydrogen Energy Industrial Park, will see Sungrow Hydrogen supplying alkaline electrolysis units of undisclosed capacity. This initiative, spearheaded by the China Energy Engineering Corporation (CEEC), is set to become one of China’s pioneering integrated renewable hydrogen and ammonia facilities. With an investment exceeding $4 billion, the project aims to annually produce vast amounts of hydrogen, ammonia, and methanol. CEEC's project is part of the national program 'Green and Low-carbon Advanced Technology Demonstration Projects', envisaging sustainability and technological advancement. This endeavor is among several large-scale demonstration projects planned for Jilin province, showcasing the region's commitment to green energy initiatives. Notably, Sungrow Hydrogen has now secured its third electrolyser supply bid for projects in Jilin. Meanwhile, in Inner Mongolia, Jizhong New Energy has initiated the construction of the Siziwang Banner wind-solar-hydrogen-ammonia integrated demonstration project. Spanning three phases, this $2.6 billion venture at the Duerbot Chemical Park will utilize substantial wind and solar capacities to power alkaline electrolyzers, ultimately producing 500,000 tons of renewable ammonia annually. These developments underline China's significant investments in renewable energy and hydrogen production, reflecting the country's commitment to sustainable industrial growth.
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