Regensys Alpha enables energy-efficient, distributed cryogenic and hydrogen solutions while recovering waste heat for power.
Impact - Efficiency, Decarbonisation, and Distributed Resilience.
Hydrogen Liquefaction & Storage
Enables small- to mid-scale hydrogen liquefaction for local hubs, refueling stations, and on-site production. Reduces energy intensity and boil-off losses, supporting the emerging hydrogen economy.
Cryogenic & Thermal Energy Storage (CTES)
Enables hybrid long-duration storage using liquid air or hydrogen, combined with thermal reservoirs for peak shaving, grid balancing, and 24/7 clean-energy support.
Cryogenic Cooling
Provides scalable, oil-free cryogenic refrigeration for superconducting systems, laboratories, and industrial gas facilities where precision and reliability are critical
Heat-to-Power Conversion
Captures industrial or renewable heat sources and converts them into electricity or cooling, supporting decarbonisation, energy efficiency, and circular energy practices in sectors such as steel, cement, glass, data centres, and district energy systems.
The technology supports
Distributed energy resilience for hydrogen and renewables
Reduced cryogenic energy losses by 10–15%
Enhanced economic viability of on-site liquefaction and energy storage
Supports long-duration storage for flexible grid operation.
Modular, reliable and power dense cryocooling and H2P