Data Centers

Reliable Cooling for High-Density Computing

As data centers support higher rack densities, AI workloads and more powerful computing equipment, effective heat removal becomes increasingly important. Cooling systems must operate continuously while maintaining stable temperatures, managing higher thermal loads and supporting efficient facility operation.

Exergy heat exchangers provide efficient heat transfer in compact configurations for liquid cooling systems, secondary cooling loops, coolant distribution units (CDUs), equipment skids and facility infrastructure. Designs can be configured around specific flow rates, temperatures, pressures and cooling fluids to meet the requirements of each application.

With a compact footprint, durable construction and flexible material and connection options, Exergy heat exchangers can support both new data center infrastructure and the evolving cooling demands of high-density computing environments.

Applications

Direct-to-Chip Liquid Cooling

Transfers heat from processor cooling loops to facility water systems while maintaining separation between the two circuits.

Coolant Distribution Units

Provides compact heat transfer within CDUs to regulate coolant temperature, pressure and flow for high-density equipment.

Immersion Cooling

Supports heat removal from dielectric-fluid cooling systems used for servers and other high-performance computing equipment.

Facility Water Loops

Transfers heat between data center cooling circuits, chillers, dry coolers and other facility-level heat-rejection systems.

Heat Recovery

Captures waste heat from data center cooling systems for reuse in building heating, hot-water production or nearby processes.

Backup and Support Systems

Provides temperature control for generators, power equipment, battery-storage systems and critical data center infrastructure.

Product Strengths

Improved Cooling Efficiency

High heat transfer performance helps remove more heat while reducing the energy required to support data center cooling operations.

Reliable Equipment Protection

Consistent coolant temperatures help protect servers, processors and power equipment from overheating and thermal fluctuations.

Compact System Integration

Space-saving designs integrate into coolant distribution units, modular data centers and mechanical rooms where installation space is limited.

Reduced Operating Costs

Efficient heat transfer helps lower cooling media flow rate, maintenance requirements and total cost of ownership.

Scalable Thermal Performance

Flexible designs support changing heat loads and can be incorporated into cooling systems for individual racks, data halls or larger facilities.

Features

Compact, High-Performance Design Provides high heat transfer capacity within a small footprint for space-constrained data center installations.

Precise Temperature Control Maintains stable coolant temperatures to support dependable computing performance under changing thermal loads.

Low-Pressure-Drop Options Configurations can be designed to minimize pumping requirements while maintaining the necessary cooling performance.

Coolant and Material Compatibility Available materials support water-glycol mixtures, dielectric fluids and other specialized data center coolants.

Customized Configurations Connections, dimensions, materials and thermal performance can be tailored for specific CDUs, cooling skids and facility systems.

Major Customers