First fuel cell with Solid State integrated Hydrogen Storage. Using water mist for clean energy.

 
 

Our Idea

Innovating the hydrogen economy by reinventing fuel cell architecture and chemistry.

Energy demand is surging and current batteries are not sustainable. With a low lifecycle, most chemistries can not keep up with new technology energy demands. Therefore we want to create a battery solution that can be recycled, has a lifespan of +15 years, and grows with your energy needs.

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Our Solution

Reinventing fuel cell architecture and chemistry.

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01. fueled with
hyperfine water mist

Clean.  Metal free.  Eco-friendly.  Water electrolyte.


02. safe storage material

HBAT hydrogen-based energy storage is non-gaseous, therefore completely safe


03. environmentally friendly catalysts

Non-toxic. Non-platinum group metals. 80% recyclable and 100% possible.

Bringing space technologies down to earth


“[...] nickel-hydrogen batteries have become the primary energy storage system used for geosynchrounous- orbit communication satellites."

NASA Handbook for Nickel-Hydrogen Batteries

Performance

Comparing HBAT to a common Lithium-Ion battery.

 

Benefits

Innovative features providing the opportunity to succeed in several markets.

 

Adaptable to user needs

The HMS system built into every stack uses a state of the art Battery Managment system. Keeping track of the system usage profile and adapting the charge and discharge states to maintain the ideal efficiency.

 

Non toxic, fire retardant

No toxic chemicals, harmful metals, or flammable materials are used in manufacturing or recycling of our H-Bat system. We strive to maintain and develope a circular life-cycle for our products.

 

Modular architecture

Our H-Bat system is constructed using a modular approach. Designed to increase voltage or amperage per the clients needs. Allowing our company to load-match the energy storage system to your load profile.

 

Sustainable

The materials within our battery do not degrade from electrochemical usage. Our system does not suffer from cell memory or dendrite growth.

What does this mean? Our system will last a long time, without cell fatigue.

Support

Advisors and Collaborations

Have It Made

Contact

For questions or more information, connect with us via info@h-bat.com or our contact form.