Lavo's storage capacity, centered around magnesium hydride (MgH₂) technology, is engineered to meet the energy needs of residential users with high efficiency. MgH₂ is chosen for its excellent hydrogen storage properties, offering a high gravimetric and volumetric density that allows Lavo's systems to store significant amounts of hydrogen in a compact space. While specific capacity details may vary by model, Lavo's storage units are designed to hold enough hydrogen to power a typical household for several days, even during periods of low renewable energy generation. For example, a standard system can store sufficient hydrogen to generate kilowatt-hours of electricity equivalent to the daily energy consumption of an average home, including both electrical needs and heating. The use of MgH₂ ensures that this storage is not only dense but also stable, with hydrogen remaining securely bonded until released via controlled thermal processes. This capacity makes Lavo's systems a reliable backup for renewable energy, ensuring consistent power supply regardless of weather conditions or time of day, and aligns with the goal of energy self-sufficiency for households.