Solid-State Hydrogen Storage Tank SolidH2 Passes Safety Certification in Germany: Safely Storing Hydrogen at Room Temperature and Pressure
Germany's HYTRON developed SolidH2, using metal hydride materials to store hydrogen at room temperature and pressure, achieving 80% of liquid hydrogen's volumetric energy density with zero explosion risk.
On July 1, 2029, German hydrogen energy company HYTRON announced that its SolidH2 solid-state hydrogen storage tank passed the full safety certification suite from Germany's Federal Institute for Materials Research and Testing (BAM). The tank uses magnesium-based metal hydride materials to store hydrogen in solid form at room temperature and pressure, achieving 80% of liquid hydrogen's volumetric energy density while completely eliminating the safety risks of high-pressure or cryogenic storage.
SolidH2 works by reacting hydrogen with a magnesium-based alloy at 300°C to form metal hydride (absorption), with hydrogen release at 350°C (desorption). The system's AI temperature control module optimizes heating/cooling cycles, containing energy losses to within 8% of stored capacity.
"A high-pressure hydrogen tank needs 350-700 atmospheres; liquid hydrogen needs -253°C. SolidH2 is a hydrogen bottle you can keep in your kitchen," said HYTRON CEO Markus Hoffmann. A single SolidH2-50 unit stores 50kg of hydrogen, weighs about 200kg, and costs approximately €12,000.
Initial target customers are hydrogen fuel cell forklifts and small vessels. HYTRON has signed a supply agreement with Germany's largest forklift manufacturer Jungheinrich, planning to equip 5,000 hydrogen forklifts with SolidH2 systems by end of 2030.
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