SANY INTRODUCES ALL-NEW INTEGRATED GW-GRADE HYDROGEN PRODUCTION SOLUTION WITH GREEN ELECTRICITY

SANY Hydrogen, the hydrogen energy subsidiary of SANY, has announced the grand launch of the world’s largest single hydrogen electrolyzer.

At the latest COP28, a strategy for phasing out fossil fuels was endorsed, representing a tangible and significant approach to climate action. However, the GW-Grade hydrogen production method using renewable energy faces three critical challenges: elevated costs of production, increased maintenance requirements, and inconsistency in performance.

SANY’s S Series 3,000-standard-cubic-meter square electrolyzer has set a new industry benchmark with significantly lower system costs and an improved green electricity utilization rate as a practical solution for large-scale applications. It boasts an operation current density of 10,000A/m2 to guarantee high production efficiency, improves green electricity utilization rate by 10 percent, and cuts the maintenance cost by 30 percent.




Anchoring a new path of hydrogen energy development
The latest GW-GRADE offering from SANY Hydrogen capitalizes on the fundamental strengths of the S Series lineup, which includes a compact footprint, modular construction, increased current density, and pressurized operation, among others, to forge a new trajectory for the mass production and utilization of green hydrogen.

The company’s breakthroughs and industry cooperation achievements include the establishment of an alkaline electrolyzer production line boasting annual capacity of 1.5GW, and it has taken the lead in tackling the core technologies such as automatic argon arc welding, prefabricated pressure pipeline, high-precision electrolyzer stacking, as well as the mass production of alkaline electrolyzer systems from 500 to 2,000 standard cubic meters and 4,000 standard-cubic-meter all-in-one separation and purification system.

The 20MW electrolyzer test platform developed by SANY Hydrogen has been put into use, laying a solid foundation for its product development and rapid iteration.