Liquid cooling
Built for AI racks of 120 to 140 kW, liquid cooled, three times a conventional air-cooled rack.
What the project needs
The campus is designed for liquid-cooled AI racks of 120 to 140 kW. Inside the halls, a closed coolant loop takes heat from the racks; the sea takes it from the loop through sealed exchangers.
The liquid-cooling supply chain sits with the large electrical and HVAC groups, and liquid-cooling suppliers join at the design-build stage.
Who it suits
Suppliers and integrators of:
- Direct-to-chip liquid cooling
- Immersion cooling
- Coolant distribution units
- Rear-door heat exchangers
- Coolants and thermal management
- Liquid-cooling service and maintenance
How it connects to the campus
What to show
At registration, one comparable supply or project in a sentence is enough: what you supplied or built, where, when and at what scale.
Deployed kW per rack, coolant distribution capacity, direct-to-chip or immersion references, failure modes and maintenance, water and energy consumption, and independent test results.
How to take part
-
Register your interest
Tell us about your organisation and your area of interest.
-
A conversation
We will arrange a confidential discussion to explore fit and opportunities.
-
The data room
Selected organisations will be invited to a data room with further information.
Selected organisations receive, through the data room, the marine scoping, the study terms of reference and the thermal design basis for their discipline.
Manufacturers, contractors and service providers who register now are known to the project's contractors and the project company when procurement in their area begins. Procurement is a recorded competitive process, run by the party that holds the contract.
Also in Cooling and marine