Lavo's metal hydride storage technology is the cornerstone of its home energy systems, leveraging the unique properties of metal hydrides to store hydrogen safely and efficiently. By utilizing metals such as magnesium, titanium, or zirconium, the system forms chemical bonds with hydrogen, creating a stable, solid-state storage medium. This method eliminates the need for high-pressure tanks or extreme cooling, allowing for compact, household-friendly units that operate at ambient conditions. The metal hydrides have a high hydrogen storage density, meaning they can hold significant amounts of energy in a small space—ideal for homes with limited room. When energy is required, controlled heating of the metal hydride releases hydrogen, which is then used in the fuel cell to generate power. This storage method is not only space-efficient but also highly safe, as hydrogen is tightly bound within the material, minimizing leakage risks. Lavo's metal hydride storage thus makes hydrogen a practical energy carrier for residential applications.