2026Manufacturing ramp at Devens and San Jose facilities (next)
2027Uniper Wilhelmshaven plant commissioning
Current obstacles
Cost competitiveness with natural gas hydrogenGreen hydrogen from electrolysis costs more per kilogram than steam-methane reforming until electricity prices fall to $20–30/MWh.
Physics limits
Hydrogen density is set by chemistryHydrogen stores 120–142 MJ/kg, requiring high-pressure tanks or liquefaction for storage and transport.
Electricity cost determines competitivenessElectrolysis is ~70% efficient. If power costs over $30/MWh, hydrogen is more expensive than fossil sources.
How it works
3 parts
Stack
Proprietary PEM design
High-power stacks split water into hydrogen and oxygen with more density per unit volume.
Integration
All components in one container
Reactor, gas separation, cooling and controls ship together. No field engineering or long builds.
Deployment
Ready to connect
Plants connect to power and water on site. Multiple units deploy together or add later.
Spec sheet
Spec
HYPRPlant
Standard capacity
100 MWR (reported)
Customizable range
75–120 MWR (reported)
Time to commissioning
Under 6 monthsR (reported)
Project cost savings versus traditional
Up to 60%R (reported)
R reported by the company
About Electric Hydrogen
The team behind HYPRPlant
EH
Electric Hydrogen
PEM electrolyser, modular, containerized
Electric Hydrogen makes HYPRPlant, a containerized 100 MW electrolyser that bundles all components into modular plants deployable in under six months. Clients include Uniper (200 MW Wilhelmshaven, Germany) and Perdaman (ammonia, Australia).
First containerized 100 MW PEM electrolyser plant; commissions in under six months with 60% cost savings.
Uniper ordered 200 MW for Wilhelmshaven, Germany; Perdaman for Project Helios, Australia.
Shipping to customers now; manufacturing at Devens, MA and San Jose, CA.