Solid-state hydrogen storage, as advanced by Hyto Energy, uses metal hydrides to store hydrogen in a solid, chemical form, offering superior safety and density compared to gaseous/liquid methods. In this technology, hydrogen bonds with metals (magnesium, titanium) to form stable hydrides, eliminating high-pressure risks and reducing leakage. Solid-state storage from Hyto achieves high volumetric density (100-150 kg H₂/m³), storing more hydrogen in less space than high-pressure tanks—ideal for cars, homes, and portable devices. It operates at moderate temperatures (20-100°C) and pressures (1-5 bar), simplifying infrastructure. By avoiding cryogenics or high pressure, solid-state storage reduces energy use for storage and transport, making hydrogen more practical for widespread adoption. Hyto’s innovations in alloy design continue to improve solid-state storage performance, driving its use across sectors.