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 solar hydrogen storage system creates a synergistic link between solar energy and hydrogen, enabling efficient capture and utilization of sunlight. The system integrates solar panels, which generate electricity during daylight hours, with an electrolyzer that converts excess solar power into hydrogen via water electrolysis. This hydrogen is then stored in Lavo's metal hydride units, preserving the energy for later use when solar generation is low or unavailable. When needed—such as at night or on cloudy days—the stored hydrogen is released and fed into a fuel cell, converting it back into electricity to power the home. This cycle ensures that no solar energy is wasted, addressing the intermittency of solar power and maximizing the value of each kilowatt-hour generated. By combining solar's renewable potential with hydrogen's storage capabilities, Lavo's system provides a consistent, green energy supply, reducing reliance on the grid and fossil fuels.

Frequently Asked Questions

What is the cost comparison between your alkaline and PEM electrolyzers?

Alkaline electrolyzers have lower initial investment costs, making them cost-effective for large-scale industrial use. PEM electrolyzers, while slightly higher in upfront cost, offer higher efficiency and better integration with renewables, providing long-term value.
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.