Lavo's thermal release hydrogen technology is a key mechanism that enables the controlled extraction of hydrogen from its metal hydride storage systems. At the core of this process is the principle that metal hydrides release hydrogen when heated, reversing the chemical reaction that occurs during hydrogen absorption. Lavo's system incorporates a precise thermal management component, which applies controlled heat to the metal hydride matrix—often utilizing waste heat from the fuel cell or a small electric heater—triggering the release of hydrogen. This release is gradual and adjustable, allowing the system to match hydrogen output with real-time demand, whether for electricity generation or heating. The thermal release process is highly efficient, ensuring minimal energy loss during hydrogen extraction, and it operates at moderate temperatures, enhancing safety and reducing operational complexity. By fine-tuning the thermal input, Lavo's technology ensures a steady and reliable flow of hydrogen, making it compatible with the dynamic energy needs of residential settings, where demand can fluctuate throughout the day.