Multi-mode cooling — air, cold-plate liquid, and immersion — plus factory-integrated cooling-source modules, tuned to drive PUE down and keep dense GPU racks stable.
A multi-cooling solution combines liquid cooling, precision air conditioning, and evaporative cooling. As target PUE falls from around 1.4 toward 1.1, advanced cooling becomes the deciding factor.
Precision air conditioning and evaporative cooling for lower-density halls.
Direct liquid cooling — the highest share of modern AI deployments and the path to a sub-1.2 PUE.
Single- and two-phase immersion for the lowest achievable PUE.
Cooling tower, chilled and condenser water pumps, soft-water system, constant-pressure supply, pipework, and controls — assembled, transported, and connected on site. Water chillers, cold-storage tanks, cooling towers, and AC terminals are deployed and operated as part of the facility.
Cooling capacity in 1200 / 1000 / 800 / 600 / 400 / 200 / 100 kW modules.
Closed counter-flow cooling tower, 35/45 °C supply and return, with 10 °C large-temperature-difference operation.
Saves around 60% of space and runs about 40% quieter, with intelligent variable-speed regulation to reduce system PUE.
We design the thermal envelope first — tell us your rack densities and PUE target.