IT Cooling Solution – Europe

Overview
Located in Europe, this project involved the installation of a high-efficiency cooling system for a data centre, where operational continuity and environmental constraints were equally critical.
Given the proximity to a residential area, the project required a solution capable of delivering high thermal performance while ensuring minimal acoustic impact.

The Challenge
The primary requirement was to ensure effective heat rejection for mission-critical IT infrastructure, while addressing strict noise limitations due to the nearby residential environment.
Key challenges included:
Maintaining reliable cooling for continuous data centre operation
Meeting ultra-low noise requirements in a sensitive urban context
Balancing performance with environmental and spatial constraints
The project required a solution that could combine high capacity with advanced noise reduction technologies, without compromising system efficiency.

The Solution
To meet these requirements, Enex Technologies supplied three KDV Series dry coolers, specifically configured to ensure optimal thermal performance and acoustic control.
The units were equipped with advanced features tailored to the application:
Adiabatic spray system, enhancing cooling efficiency during peak conditions
Axitop technology, optimising airflow and significantly reducing noise levels
This configuration ensures reliable operation even under demanding thermal loads, while maintaining a quiet system footprint suitable for residential proximity.

System Configuration & Key Features
The installed solution includes:
3 KDV Series Dry Coolers
V-shaped configuration for improved heat exchange efficiency
Integrated adiabatic cooling system
Axitop diffusers for noise attenuation and airflow optimisation

Technical Data
3 × Dry Coolers, V-Shape design
Cooling capacity: 1100 kW each
Ultra low noise configuration

Results
The installation successfully delivers:
Reliable and continuous cooling for data centre operations
Significant noise reduction, ensuring compliance with residential constraints
High energy efficiency through optimised heat rejection and adiabatic support
A scalable and robust solution aligned with mission-critical infrastructure needs
The project demonstrates how advanced dry cooler technologies can combine performance, efficiency, and acoustic comfort, even in highly constrained environments.