Next-generation cooling infrastructure engineered for extreme rack power densities, AI thermal loads, direct-to-chip liquid distribution, and sub-1.15 PUE efficiency targets.
Scale your facility seamlessly from traditional air-cooled server aisles to advanced hybrid and direct-to-chip liquid cooling architectures.
Cool high-density AI server nodes up to 100kW+ per rack with liquid distribution units (CDUs) engineered for zero thermal throttling and maximum heat recovery.
Capitalize on ambient outdoor temperatures with water-side and air-side free cooling systems that slash chiller energy draw for up to 80% of the year.
Achieve unparalleled part-load efficiency with oil-free centrifugal chillers featuring variable frequency drives and eco-friendly low-GWP refrigerants.
Automatically adjust CRAH fan speeds and chilled water valve position using real-time thermal sensor feedback and predictive workload analytics.
Comparing Power Usage Effectiveness (PUE) and Cooling Energy Demand across increasing rack power densities (kW/Rack).
Targeted thermal management components engineered for modular expansion, high delta-T efficiency, and minimal water usage (WUE).
Passive or active chilled water rear door cooling units designed to neutralize high-density server heat before it enters the hot aisle.
Variable speed EC-fan computer room air handlers configured with intelligent differential pressure sensors for precise airflow balancing.
Liquid-to-liquid and liquid-to-air CDUs delivering clean secondary loop fluid to direct-to-chip cold plates with precise pressure control.
High-efficiency dry coolers with intelligent adiabatic spray pre-cooling to maintain high capacity during extreme peak summer ambient temperatures.
Integrated hardware, controllers, and AI optimization modules for mission-critical heat rejection.
Oil-free magnetic bearing chillers with fast restart capabilities and integrated free-cooling economizer valves.
Secondary cooling loop pumping modules with redundant pumps, de-ionization filters, and leakage detection safety cut-offs.
High Delta-T air handling units with dynamic chilled water valve regulation and EC fans operating on intelligent Modbus/BACnet loops.
Automated plate-and-frame heat exchanger controls that maximize free cooling hours based on wet-bulb temperature forecasting.
Pressure-independent control valves (PICV) ensuring optimized hydronic balance across all chillers and cooling coils.
Machine learning software connected to BMS/DCIM that continuously adjusts temperature setpoints to minimize total kW draw.
Schedule a thermal analysis with our engineering team to design a direct-to-chip, hybrid air, or free-cooling thermal strategy tailored to your facility.