Solid hydrogen storage
Solid hydrogen storage material - Metal hydride
At a certain temperature and hydrogen pressure, some alloys undergo an exothermic reaction to absorb hydrogen forming metal hydrides; while heating, an endothermic reaction happens releasing the absorbed hydrogen. Therefore hydrogen can be store in low pressure condition, more safety and more efficient, as after 6000 cycles of hydrogen charging and discharging, the hydrogen storage capacity remains above 90% of the initial capacity.
AB5 L
Mass hydrogen storage pressure ≤3.5MPa at room temperature, mass hydrogen storage density ≥1.45wt%
AB5 H
Mass hydrogen storage pressure ≤3.5MPa at room temperature, mass hydrogen storage density ≥1.5wt%
HGD AB5
Mass hydrogen storage pressure ≤3.5MPa at room temperature, mass hydrogen storage density ≥≥1.45wt%
XW AB2
Mass hydrogen storage pressure ≤3.5MPa at room temperature, mass hydrogen storage density ≥1.89wt%
NM AB2
Mass hydrogen storage pressure ≤3.5MPa at room temperature, mass hydrogen storage density ≥1.75wt%
High-density solid-state hydrogen storage tank with low pressure
High-density solid-state hydrogen storage tanks at low-pressure-can supply stable and safe hydrogen as low as 0.6MPa, for various hydrogen consumption facilities.
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