Our self-developed solid-state hydrogen storage products adopt lanthanide rare earth AB5 alloy technology. Hydrogen is safely stored through reversible adsorption reactions between metal and hydrogen (forming metal hydrides). Efficient and safe hydrogen adsorption and desorption can be achieved at room temperature and under pressure below 1 MPa.

Compared with high-pressure hydrogen storage, solid-state hydrogen storage technology features higher volumetric hydrogen density, zero leakage risk and long cycle life. It is especially suitable for safe and clean hydrogen supply in communications, electric power, emergency and mobile energy scenarios.

This innovative solid-state hydrogen storage alloy operates efficiently at low pressure ≤ 1 MPa, with high hydrogen storage density and fast hydrogen charging/discharging performance, establishing a leading position in safe and efficient global hydrogen storage technologies.

Product Features & Applications

• Low-pressure operation: Efficiently stores and releases hydrogen under 1 MPa.
• High storage density: Hydrogen storage density up to 1.3 wt%.
• Fast charge and discharge: Enables rapid hydrogen absorption and desorption.
• Long service life: Durable for over 5 years or 3,000 cycles with performance degradation less than 20%.
• Purity enhancement: Improves hydrogen purity during storage and ensures high-purity hydrogen release.

Applications: Transportation, motorcycles, forklifts, hydrogen-powered UAVs, hydrogen fuel ships, hydrogen energy infrastructure, hydrogen refueling/storage stations, integration with low-pressure fuel cell systems for vehicle hydrogen supply, etc.