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Flexible robot fiber winding
A key equipment for large-scale application of hydrogen energy
Type
Equipment
Tags
With case study
Solution maturity
Early adoption / Process verification
Applicable industry
Transportation
Energy
Materials
Energy storage
Case studies
The Future of Hydrogen Energy Industry
Key innovations
Relying on engine composite shell molding technology, the Sixth Hospital has developed a high-performance hydrogen storage system integrating plastic liner and carbon fiber fully wound 70MpaIV cylinders. The hydrogen storage density reaches 5.94%, and various performance indicators are at the leading level in China.
Solution details
Hydrogen storage systems and key equipment
High-performance hydrogen storage systems are a key equipment for large-scale application of hydrogen energy. Relying on engine composite shell molding technology, the Sixth Hospital has developed a high-performance hydrogen storage system integrating plastic liner and carbon fiber fully wound 70MpaIV cylinders. The hydrogen storage density reaches 5.94%, and various performance indicators are at the leading level in China. In order to support the industrialization of high-performance hydrogen storage systems, the development and production of flexible robot fiber winding equipment for vehicle-mounted hydrogen storage cylinders, the key equipment of the hydrogen storage system, is simultaneously carried out.
application field
It is mainly used in vehicle-mounted power systems, long-distance hydrogen transportation, hydrogen refueling station construction and other fields.
Last updated
11:00:16, Nov 06, 2025
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