Lavo's renewable integration capability is a cornerstone of its energy solutions, enabling seamless connection between renewable energy sources (such as solar panels or wind turbines) and hydrogen-based energy storage. The system is designed to capture excess electricity generated by renewables—during periods of high sunlight or wind, when production exceeds immediate demand—and convert it into hydrogen via electrolysis. This conversion not only prevents energy waste but also addresses the intermittency of renewables, as hydrogen acts as a storable energy carrier. The hydrogen is stored in Lavo's metal hydride units until needed, at which point it is converted back into electricity or heat through a fuel cell, providing a reliable energy supply when renewable generation is low. This integration creates a closed-loop system: renewable electricity powers hydrogen production, which is then used to generate energy on demand, with no carbon emissions throughout the cycle. By linking renewables to hydrogen storage, Lavo's solution enhances the efficiency and reliability of renewable energy systems, making them a viable primary energy source for homes and small businesses.