Equipment category • Equipment category
Mechanical-refrigeration systems that produce chilled or elevated-temperature water for facility cooling loops.
Role in the thermal chain
Chiller selection for liquid-cooled AI campuses depends on design-day climate, supply temperature, part-load profile, redundancy, refrigerant, controls, and integration with economization.
Buyer checklist
Connected records
A global climate company combining chillers, heat rejection, controls, and LiquidStack liquid-cooling technology for data centers.
A building-technology and HVAC company supplying chillers, controls, air systems, and heat-rejection infrastructure for data centers.
A global climate and energy-solutions company supplying chillers, controls, and heat-rejection systems for mission-critical facilities.
A global HVAC manufacturer supplying chillers, air systems, and controls used in data-center thermal-management plants.
A thermal-management company whose data-center portfolio includes perimeter, ceiling, and liquid-cooling infrastructure through Airedale.
Connected records
A facility combines liquid capture at high-heat components with air cooling for the rest of the rack.
A liquid loop moves heat from processor-mounted cold plates to a CDU and then to facility heat rejection.
A liquid-fed heat exchanger replaces or attaches to the rear rack door and captures heat from server exhaust.
Evidence ledger
Profiles distinguish company-reported claims from confirmed operating data. Open the original materials before relying on a specification.
DataCenterChill research
Direct answers
Concise answers generated from the structured record and its cited evidence.
Reject heat when ambient conditions or process temperatures require refrigeration. Chiller selection for liquid-cooled AI campuses depends on design-day climate, supply temperature, part-load profile, redundancy, refrigerant, controls, and integration with economization.
Data center chillers is commonly connected to Hybrid Cooling, Direct To Chip, Rear Door Heat Exchangers.
What plant efficiency is expected across the annual load and weather profile? How does warmer liquid-cooling return water change economizer hours? Which redundancy model applies at module and campus scale?