SolidState H2 provides a high-density, safe solid-state hydrogen storage solution using proprietary metal hydride nanotechnology. Their system offers up to seven times greater volumetric density than compressed gas, enabling extended range for vehicles and compact energy storage with zero leakage or boil-off.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional hydrogen storage methods, such as compressed gas or cryogenic liquid storage, present challenges related to low volumetric density, significant energy expenditure for compression or liquefaction, and inherent safety risks like leakage or boil-off. These limitations hinder the widespread adoption of hydrogen as a clean energy carrier across various transportation and stationary power applications.
Solution
SolidState H2 offers a solid-state hydrogen storage solution leveraging proprietary metal hydride nanotechnology. This system achieves a volumetric density up to seven times greater than compressed gas, enabling significantly extended operational ranges for vehicles and more compact energy storage units. The hydrogen is stored inertly within a magnesium-titanium lattice at the molecular level, eliminating leakage and boil-off concerns and providing a safer alternative to existing technologies. The system supports rapid charging and discharging at ambient temperatures and pressures, facilitated by microwave heating, making hydrogen refueling and energy deployment more efficient.
Target Audience
The primary target audience includes automotive manufacturers, trucking and bus companies, aviation and drone developers, data center operators, and power grid utilities seeking advanced, safe, and high-density hydrogen storage solutions.
Features
- Metal hydride nanotechnology utilizing a magnesium-titanium lattice for hydrogen bonding.
- Achieves up to 7x volumetric density advantage (150 kg/m³ demonstrated, with potential for 260-470 kg/m³).
- Inert, non-flammable hydrogen storage with zero leakage or boil-off.
- Fast hydrogen absorption and desorption rates (23-35% absorption vs. 6% for gas).
- Operates at normal temperatures and pressures, with microwave heating for efficient cycling.
- System components are manufactured from recycled tires and are 90% recyclable after 3,000 cycles.
- Proven application in satellite technology for over 20 years in demanding environments.
- Patent-pending advanced materials and nanotechnology.