568 kW Dry Coolers Applied to Data Center Cooling in Belgium

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568 kW Dry Coolers Applied to Data Center Cooling in Belgium

Aug 25, 2026

Project Overview

IMMERSION ENERGY provided Dry Coolers designed for water-based heat rejection. The system is configured to transfer heat from the data center cooling circuit to the outdoor environment through an air-cooled heat exchange process, providing a reliable heat rejection solution without direct water consumption during normal dry cooling operation.

Project Information

· Country: Belgium

· Application: Data Center Cooling System

· Product: Dry Cooler

· Cooling Capacity: 568 kW

· Cooling Medium: Water

· Power Supply: 400V / 3P / 50Hz

· Tube Material: Copper

· Tube Protection: Epoxy Resin Anti-Corrosion Coating

· Fin Material: Aluminum

· Frame Material: Stainless Steel

Project Features

1. 568 kW Cooling Capacity

The Dry Coolers are designed to handle a substantial thermal load for data center cooling applications. The configuration provides a dedicated heat rejection interface for maintaining stable cooling water temperatures under continuous operating conditions.

2. Water-Based Cooling Medium

The system uses water as the cooling medium, making it suitable for integration with water-based data center cooling circuits. By separating heat generation from outdoor heat rejection, the Dry Coolers can work as part of a broader cooling architecture together with chillers, CDU systems, or other thermal management equipment.

3. Copper Tube with Anti-Corrosion Protection

The heat exchanger incorporates copper tubes with epoxy resin anti-corrosion protection. This material configuration is designed to enhance resistance to environmental exposure and support long-term heat exchange performance, which is particularly important for outdoor equipment operating continuously.

4. Aluminum Fin Heat Exchange Design

The use of aluminum fins provides an effective heat transfer surface for exchanging heat between the circulating water and outdoor air. The finned heat exchanger configuration enables the produccts to reject heat efficiently while maintaining a compact and practical outdoor system arrangement.

5. Stainless Steel Structural Frame

The Dry Coolers are equipped with a stainless steel frame, providing structural durability and resistance to environmental conditions. This makes the units suitable for long-term outdoor installation where mechanical strength and corrosion resistance are important considerations.

6. Suitable for Data Center Heat Rejection

Data centers require cooling systems that can operate continuously and reliably under varying IT loads. The Dry Coolers provide a dedicated outdoor heat rejection solution and can be incorporated into water-based cooling systems to support stable thermal management.

Its dry cooling configuration also helps reduce dependence on evaporative heat rejection and avoids direct water consumption during normal operation, supporting more resource-conscious data center cooling strategies.

Project Significance

For this project, the combination of 568 kW cooling capacity, water-based heat transfer, copper tubes with epoxy resin anti-corrosion protection, aluminum fins, and a stainless steel frame provides a robust configuration for continuous data center cooling applications.

By delivering engineered dry cooling solutions for international data center projects, IMMERSION ENERGY continues to support customers in developing reliable and scalable thermal management systems for high-performance digital infrastructure.