MARINE FUEL CELLS
HYDROGEN POWER MODULES
Marine certified to decarbonise your fleet
The drop-in solution to offer high scalability and redundancy, whilst operating with no vibration, low noise and zero emissions.
AiP marine commercial certification
Type Approval in progress
ACCELERATING THE HYDROGEN TRANSITION
HPM BENEFITS
Applying advanced, reliable and proven technology
The Genevos HPM operates at low air pressure with a high kW power density per m3 offering a low noise and low weight solution to the market.
ADVANCED
Marine certified (Type Approval end-2022)
Commercially marine certified
Proven Cummins PEM stack technology
Stackable to high power
Robust, rugged and reliable
ENVIRONMENTAL
Zero emissions
No vibration
Low noise
Advanced energy management
IP55 environmental rating
OPERATION
Quick refuelling
Rapid start-up and dynamic response
Data monitoring
Predictive and low maintenance
Voltage regulation and power management
PRACTICAL
Fully integrated balance of plant
Modular enabling redundancy
Compact
Low weight
Customised power solutions
How PEM fuel cells work
Similar to batteries, fuel cells operate with electrochemical reactions between the anode or cathode and the electrolyte membrane, but with continuous fuel and air supplies.
When hydrogen comes in contact with the catalyst, the hydrogen splits into protons and electrons. The protons pass through the proton exchange membrane unimpeded and proceed to the cathode side, while the electrons are blocked and forced to travel through an external circuit. As they travel along the external circuit, they provide the electricity needed for auxiliary power or to drive a motor. Eventually the hydrogen protons and electrons reunite and combine with oxygen to produce water.
Source cummins.com
DID YOU KNOW?
HPM FACTS
A solution to decarbonise the maritime sector
The drop-in solution to offer high scalability and redundancy, whilst operating with no vibration, low noise and zero emissions.
EFFICIENT
ENVIRONMENTAL
PROFITABLE