Telecommunications Cooling Systems

Reliable, energy-efficient and durable climate control solutions for remote sites and edge facilities.

Stable Performance, 24/7

24/7 Uninterrupted Thermal Management for Critical Infrastructure

Telecommunications sites house sensitive equipment that must be protected against dust, extreme temperatures and rapidly changing outdoor conditions. Our Liebert cooling solutions are designed to provide maximum reliability with minimum energy consumption, even in the most demanding remote-site environments.

  • High Sensible Cooling Capacity
  • Wide Operating Temperature Range: -20°C to +50°C
  • Remote Monitoring and Management Compatibility
Telecommunications and Edge Facility Cooling

Critical Cooling Solutions
for Remote Sites

Discover specialist telecom cooling systems designed to maintain uninterrupted 24/7 operation in base stations, containerised data centres and technology rooms while reducing operating costs through high energy efficiency.

High-Precision Split-Type System

Liebert HPS — Split Type

A high-efficiency split cooling system offering flexible ceiling-mounted or wall-mounted installation options for space-constrained environments.

Integrated Free Cooling System

Liebert HPW — Wall-Mounted

A complete packaged cooling unit installed directly on an external wall, with an optional free cooling configuration.

Key Features of Precision Cooling Systems

Advanced air distribution, iCOM-based monitoring, redundant operation and compatibility with free cooling and aisle-containment configurations.

Free Cooling
Option

When outdoor temperatures are suitable, the system can switch off the compressor and use outside air to deliver energy savings of up to 80%.

Precision Temperature Control

Maintains stable environmental conditions without temperature fluctuations, helping extend the service life of IT & telecom equipment.

Dust and Humidity Protection

Industrial-grade filtration systems provide reliable protection against demanding outdoor conditions.

Energy Efficiency

High EER values are optimised to reduce energy consumption and long-term operating costs.

Remote Management

SNMP and Modbus compatibility enables real-time centralised monitoring and management of remote sites.

Compact Design

The space-saving structure is ideal for telecommunications shelters, containers, equipment cabinets and compact technology rooms.

Product Comparison
Liebert HPS (Split Type)
Liebert HPW (Wall-Mounted)

System Configuration

Split Type: Indoor and Outdoor Units

Packaged Type: Single-Body Outdoor Unit

Installation Options

Indoor Installation: Ceiling or Wall-Mounted

Outdoor Installation: Direct External Wall Mounting

Cooling Capacity

6 kW to 14.6 kW

4 kW to 17 kW

Air Distribution Direction

Displacement Cooling

Downflow or Upflow

Free-Cooling

Optional Fresh-Air Intake

Optional Modular Damper System

Emergency Cooling

Support for 48V DC Battery or AC Generator

Emergency Ventilation with 48V DC Fan

Outdoor Temperature Range

Full Performance up to +52°C

Wide Operating Range from -30°C to +52°C

Energy Efficiency

High EER with a Large Heat Exchanger Surface

High EER Values of 3.0 and Above

Refrigerant Type

R407C Refrigerant

R407C Refrigerant

Ideal Application

Small and Medium-Sized Technology Rooms

Telecom Containers, Cabinets and Shelters

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Benefits of Telecommunications Cooling Systems

Discover the advantages of climate control systems that support uninterrupted communication at remote sites and base stations while delivering high energy efficiency, operational resilience and long-term reliability.

Operational Continuity

Designed for continuous 24/7 operation, helping maintain the availability and reliability of your communications network.

Lower Total Cost of Ownership

Energy-efficient operation and reduced maintenance requirements help lower the total cost of ownership.

Rapid Installation

Plug-and-play architecture and flexible installation options reduce on-site installation and commissioning times.

Let’s Design
the Infrastructure
of the Future Today


Let’s assess your requirements together and design the right scalable, secure and energy-efficient infrastructure solution.