• DATA CENTER

Thermal Solutions That Protect Uptime and Reduce PUE

When high-density computing meets mission-critical reliability requirements, data center operators trust API's engineered cooling solutions — supporting AI, HPC, and high-density applications with scalable architecture and reliable global deployment capability.

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Gasketed Plate Capability

15+ MW

Shell & Tube Capacity

30 MW

Aluminum Brazed Units

Up to 3 MW

Manufacturing Locations

U.S., Germany & China

The Data Center Challenge

As AI workloads and high-density racks push thermal loads higher, operators must reduce PUE, increase efficiency, and eliminate unplanned downtime across the entire cooling architecture.

Computing Density Rises.
Energy Costs Rise.
Uptime Requirements Never Change.

Thermal Density

AI workloads and GPU clusters generate 10–1,000kW per rack. Traditional air cooling can't keep pace. Liquid cooling addresses every thermal load — whichever technology fits your architecture.

10–1,000kW per rack

Energy Economics

Cooling represents 30–40% of total data center energy consumption. Every percentage point of PUE improvement translates to millions in annual savings.

30–40% of total energy

Zero Tolerance

When cooling fails, revenue stops. Each minute of downtime costs thousands. Your thermal infrastructure must deliver 99.9%+ availability without compromise — whether running enterprise workloads, AI inference, or 24/7 crypto mining operations.

99.9%+ availability

A data center equipment supplier capable of producing a wide variety of solutions

We work collaboratively with our customers to build custom, highly-engineered solutions to address any heat transfer need.

Engineered for Performance.
Proven in Production.

API is one of the most comprehensive heat transfer manufacturers in the world, delivering fully integrated solutions across plate, shell & tube, aluminum brazed, air-cooled, and evaporator/condensing technologies — supporting every stage of the data center cooling loop.

Up to 20% Energy Savings

API's optimized heat exchanger configurations lower energy draw and improve PUE — delivering measurable cost reductions across every cooling loop in your facility, whether you're building new or retrofitting existing infrastructure.

<0.1% Field Failure Rate

Our sub-0.1% field failure rate is the result of rigorous materials selection, manufacturing precision, and quality validation — including pressure testing, dimensional inspection, and performance verification — before any unit ships.

Right-First-Time Engineering

API uses HTRI-based thermal modeling and fluid flow analysis upfront, reviewing every application against real operating conditions — not just nameplate specs — so the unit that arrives is exactly what your system needs, with no commissioning surprises.

Rapid Engineering Response

API's engineering team responds fast — turning around thermal sizing, design iterations, and application questions quickly so your build schedule stays intact, even when project requirements shift mid-stream.

Proven Across Every Data Center Type

Data center segments we serve.

Hyperscale

Multi-megawatt campuses demanding scalable plate isolation and high-capacity shell & tube systems.

15+ MW scalable architecture, Campus expansion ready

PUE Reduction

Colocation

Flexible CDU and liquid-to-chip systems for mixed customer density environments.

3 MW compact brazed units, Cabinet-level optimization

Rack density range

Government

High-reliability, code-compliant systems with strict uptime and redundancy requirements.

ASME & certified fabrication, Mission-critical compliance

Certified fabrication

Enterprise

Modernization and phased cooling upgrades supporting AI and high-density retrofits.

4,000–15,000 kW capacity range, Liquid cooling capable

Average refresh cycle: 7–10 years

Crypto & Immersion

High-density immersion environments requiring V-bank dry coolers and scalable liquid cooling systems.

2.5+ MW V-Bank heat rejection, Immersion-optimized

~500 sq ft per site

Technical Resources for Data Center Engineers

Engineering guidance, thermal modeling support, fluid flow analysis, and HTRI-based design tools to ensure optimal performance and system reliability.