Water Cabinet
A centralized connection for the onsite water supply, which is then purified through filtration, reverse osmosis, and ion exchange to de-ionize the water, making it appropriate for electrolysis.
Glycol Cabinet
Pumps and circulates a glycol mixture to the hydrogen cabinet to help dissipate heat generated during electrolysis.
Power Cabinet
Contains proprietary power electronics, providing both AC/DC and DC/DC conversion modules to regulate the DC power to the electrolyzer stack.
Hydrogen Cabinet
A centralized connection for the onsite water supply, which is then purified through filtration, reverse osmosis, and ion exchange to de-ionize the water, making it appropriate for electrolysis.
Cooling Ducts
Air-cooled radiators, cooling fans, and glycol piping, which enable air-based heat dissipation and maintain an exclusion zone to mitigate potential gas hazards.
Telemetry Cabinet
Responsible for site communications, sensory data, and the control of the electrolyzers to optimize hydrogen production.
Distribution Panel
Provides a single point for electrical connection and distributes power at the appropriate voltage levels to all the cabinets.