Prometheus Hydrogen
Prometheus Hydrogen develops solid-state hydrogen storage systems that enable safe, efficient transport and use of hydrogen for a clean energy economy. Their RoadBlox™ storage containers and H-Volt™ fuel cell generators combine into an all-in-one power solution deployable in any location. The technology offers a 30,000+ cycle lifespan and 30 years of dormancy without degradation.
- Energy
- Clean Technology
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Hydrogen's full potential as a clean energy carrier is limited by storage challenges related to cost, logistics, practicality, and safety. Conventional storage methods require complex infrastructure, compression systems, or cooling equipment, making large-scale hydrogen deployment difficult and expensive.
Solution
Prometheus Hydrogen provides solid-state hydrogen storage systems that enable efficient storage, transport, and use of hydrogen. The company's RoadBlox™ storage units come in 10', 20', and 40' container formats and can be paired with the H-Volt™ fuel cell generator to create an all-in-one power solution. These systems are designed to be portable, dependable, and ready to deliver power instantly at any location. The solid-state approach eliminates the need for cooling systems, compression pumps, or external infrastructure, while offering a compact footprint and minimal maintenance requirements.
Target Audience
Primary customers include energy providers, industrial operators, and organizations requiring portable, reliable power generation and storage solutions for remote or distributed applications.
Features
- Solid-state hydrogen storage with expected lifespan of 30,000+ cycles and 30 years dormancy without degradation
- RoadBlox™ storage containers available in 10', 20', and 40' configurations that connect easily and run during replacement or recharge
- H-Volt™ fuel cell generator that integrates with RoadBlox™ storage for a combined power generation and storage solution
- No toxic fumes or hazardous materials; only beneficial byproducts from hydrogen storage and use
- No cooling systems, compression pumps, or external infrastructure required; limited maintenance needs
- Units interoperate seamlessly with other power systems and can be deployed quickly in any location