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Hydrogen Storage with Metal Hydride
The complication, until now, was storing enough Hydrogen safely to solve the cyclic nature of renewable energy generation - solar, wind , hydro. The safest way to store hydrogen is as a solid, or low pressure gas not liquid or high pressure gas. Storing as a solid is also, by far, the densest way to store Hydrogen.
H2G have solved the challenge by Storing Hydrogen in Metal Hydride (FeTi or LaNi) Pellets. Hydrogen forms a safe solid as a Hydride, and like low pressure hydrogen gas, is at a safe low pressure, 100% recyclable, has no degradation or capacity loss. H2G Technology has enabled the future of Green Hydrogen storage
The difference between GreenHy2 system and others on the market is the way the Hydrogen is stored either solidly or low pressure gas, a much safer way.
Metal Hydride and Low Pressure Storage Advantages over Lithium Ion Batteries include no thermal runaway fires and 30 year life.
Metal Hydride Advantages over High Pressure Compressed Hydrogen
Metal Hydride using FeTi or LaNi or Low Pressure Gas is 100% Recyclable
Metal Hydride using FeTi or LaNi or Low Pressure Gas has no compression cycle and therefore no Rotating Equipment resulting in Low Maintenance and High Reliability.
The Advanced Hydrogen Battery Using
Hydrogen Carrier
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