Metal hydrides are compounds formed by the chemical reaction of hydrogen with metals (e.g., magnesium, titanium) or alloys, serving as a safe, dense medium for hydrogen storage— a technology central to Hyto Energy’s solutions. These materials absorb hydrogen gas at moderate pressure (1-10 bar) to form solid hydrides, storing hydrogen without high-pressure tanks. When heated, they release hydrogen, making it available for fuel cells or industrial use. Hyto specializes in tailoring hydride alloys to applications: lightweight alloys for vehicles, high-capacity alloys for stationary storage, and fast-reacting alloys for portable devices. Metal hydrides offer advantages over other storage methods: lower safety risks, higher volumetric density, and compatibility with diverse hydrogen sources. Hyto’s expertise in alloy development ensures its metal hydrides deliver optimal performance, driving hydrogen adoption across sectors.