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Heat Rejection
Air-cooled heat rejection and chilled-water infrastructure engineered for large-scale data center thermal loads.
Hyperscale Thermal Infrastructure
Cooling built for the AI era.
Novasys Thermal designs and delivers high-density cooling infrastructure for hyperscale data centers — from heat rejection and primary-side systems to liquid distribution at the compute boundary.
HEAT REJECTIONDry cooler / chiller
PRIMARY LOOPPumps · piping · controls
LIQUID DISTRIBUTIONCDU / secondary loop
HIGH-DENSITY ITAI / GPU racks
THERMALIntegrated system
What we build
One thermal platform. Multiple cooling architectures.
Designed around the actual heat load, water conditions, redundancy strategy, and deployment schedule of your data center.
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Primary Cooling
Primary-side pumping, piping, controls and packaged cooling systems that connect the facility to the liquid-cooling plant.
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Liquid Distribution
CDU and secondary-loop solutions for direct-to-chip and other high-density liquid-cooled computing environments.
Cooling portfolio
Infrastructure for high-density data centers.
A coordinated portfolio spanning room-side cooling, liquid-cooling infrastructure, field distribution and central heat rejection.
Air Cooling
Fan Wall
High-airflow cooling architecture for large data halls and mission-critical environments.
Rack Cooling
Rear Door Heat Exchanger
Rack-level heat removal designed to support higher-density compute deployments.
Integrated Solution
Data Hall Cooling
Integrated thermal infrastructure connecting compute, liquid distribution and facility cooling systems.
Distribution
Field Piping
Engineered hydronic distribution for repeatable deployment across high-density rack rows and data halls.
Heat Rejection
Dry Cooler
Large-scale air-cooled heat rejection for hyperscale data-center water loops, engineered for modular deployment and efficient operation.
Heat Rejection
TurboCol Chiller
Packaged chilled-water equipment for scalable data-center heat rejection and primary cooling applications.
System architecture
From the cooling plant to the chip.
Liquid-cooled data centers depend on coordinated thermal infrastructure across the facility loop and technology loop. Novasys approaches cooling as one engineered system rather than isolated equipment.
That means the thermal design can be developed around capacity, redundancy, maintainability, controls, and future expansion from the beginning.
Heat RejectionDry cooler / chiller plant
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Primary LoopPumps · headers · controls
Primary LoopFacility water
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CDUHeat exchange & distribution
CDUTechnology cooling loop
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AI / GPU RacksHigh-density compute
MW+Scalable thermal systems
24/7Mission-critical operating mindset
U.S.North American engineering focus
1→NDesigned for phased expansion
Engineering capabilities
Built around your deployment.
From early thermal studies through equipment delivery and field support, Novasys can work with owners, EPCs, integrators and data-center operators.
Thermal system design
Heat-load analysis, cooling architecture, equipment selection and system integration.
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Packaged equipment
Factory-integrated cooling modules designed around project requirements and site constraints.
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Controls & monitoring
Instrumentation and controls strategy for stable operation, visibility and serviceability.
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Deployment support
Application engineering, commissioning coordination and lifecycle technical support.
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Start a conversation
Have a cooling requirement for your next data center?
Share your IT load, rack density, cooling architecture, location and project schedule. We’ll help define the thermal system around your requirements.