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AEM electrolyzes water to produce hydrogen and energy storage
Focus on the research and development and manufacturing of upstream high-end scientific and technological equipment in the hydrogen energy industry
Type
Equipment
Tags
With case study
Solution maturity
Early adoption / Process verification
Applicable industry
Energy
Case studies
Future hydrogen energy industry
Key innovations
China's first new 2.5kW AEM electrolyzer and integrated system
Potential economic benefits
AEM technology has huge room for cost reduction and is one of the preferred technologies for large-scale application of green hydrogen in the future.
Potential climate benefits
It adopts anion exchange membranes and does not use precious metal catalysts. It has the characteristics of flexible response, high hydrogen production efficiency, and high purity. In particular, energy consumption control has reached the international advanced level.
Solution supplier
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Wenshi Hydrogen Energy
Wenshi Hydrogen Energy
Focus on the research and development and manufacturing of upstream high-end scientific and technological equipment in the hydrogen energy industry
Solution details

The rated power of a single electrolytic cell of Wenshi Hydrogen Energy is 2.5kW, the DC power consumption is 4.3kWh/Nm³, the output pressure is 3MPa, the maximum hydrogen production reaches 600L/h, and the hot and cold start-up time is fast, of which it can reach 0-100% during hot start-up, the cold start-up time does not exceed 5 minutes, the working life of the electrolytic cell is>30000 hours, and the system life can reach 10 years. It adopts anion exchange membranes and does not use precious metal catalysts. It has the characteristics of flexible response, high hydrogen production efficiency, and high purity. In particular, energy consumption control has reached the international advanced level. The development of Wenshi hydrogen energy has also attracted great attention in the industry. As the third-generation hydrogen production technology by electrolyzing water, it also avoids weaknesses such as ALK products and PEM products, and has advantages in electrolytic cell price, system life, system operation and maintenance, and environmental protection. The structural design of this new AEM electrolytic cell adopts a chassis-style installation method suitable for standard cabinets, allowing multiple stand-alone devices to be connected in parallel to achieve system integration of different scales. At the same time, the software management of the integrated system can realize functions such as data reading and recording of electrolyzed water hydrogen production equipment, equipment startup and shutdown control, operating status warnings and alarms, and equipment operation safety management. The control system is equipped with a human-computer interactive interface HMI, which reads electrolyzer information and can monitor equipment operation and realize remote control.

Last updated
11:00:16, Nov 06, 2025
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