Lavo-Inspired Home Hydrogen Storage for Solar Energy | Safe & Efficient

Lavo: Our Safe Metal Hydride Home Hydrogen Storage Solution

Inspired by Lavo, we provide home metal hydride storage systems. They combine with solar systems, converting excess electricity into hydrogen for storage via reactions with metals like magnesium and titanium, ensuring safe and efficient home energy storage.
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Why choose us?

Deep integration with renewable energy

We integrate solar/wind power with electrolysis; hydrogen stores renewable energy, solving intermittency to form a sustainable "electricity-hydrogen-electricity" cycle.

Self-sufficient home energy systems

Systems like Picea integrate electrolyzer, hydrogen storage, and fuel cell, using solar to produce/store hydrogen, ensuring home electricity/heating self-sufficiency.

Safe and convenient Lavo-inspired home storage

Our home metal hydride storage (inspired by Lavo) pairs with solar, converting excess electricity to hydrogen safely, with easy installation and maintenance.

Related products

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.

Frequently Asked Questions

Can your hydrogen solutions power industrial machinery?

Absolutely. Our green hydrogen and fuel cell systems can power various industrial machinery, replacing fossil fuel-based equipment. They are suitable for applications like steelmaking (replacing coke) and chemical production, reducing industrial emissions.
Safety is a priority. Our metal hydride systems store hydrogen chemically, minimizing leakage risks. High-pressure tanks are rigorously tested for strength, and liquid tanks use secure insulation. All solutions adhere to strict safety standards.
Our PEM and AEM electrolyzers produce high-purity hydrogen, meeting strict industry standards. This high purity is essential for fuel cell applications and sensitive industrial processes, ensuring optimal performance and minimal contamination.
Yes, we provide customized solutions tailored to specific industrial needs. Whether for steel production, chemical synthesis, or logistics, we design systems with appropriate electrolyzer sizes, storage capacities, and fuel cell outputs to match industry requirements.

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Customer Reviews

Robert Taylor

Hyto’s Lavo-inspired metal hydride system is ideal for our small home. It stores hydrogen safely, no worries about leaks. Connects to solar easily, and releasing hydrogen for power is effortless. It’s quiet and requires almost no upkeep.

Jennifer Lee

Our Lavo system has kept us powered through grid outages. Stores enough hydrogen for 3 days of home use. Installation was quick, and the design is sleek—doesn’t look out of place. We trust it to keep our home running cleanly.

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Lavo: Safe Metal Hydride Storage for Home Energy Independence

Lavo: Safe Metal Hydride Storage for Home Energy Independence

Lavo features a metal hydride storage system that reacts with metals (magnesium, titanium, zirconium) to store hydrogen securely. It integrates with solar systems to convert excess electricity into hydrogen, which is later released to generate power or heat, offering safe, easy-to-install home energy solutions.