Dry Coolers Shipped for a Data Center Project in the USA

Date:2026-10-26

Project Overview

SHENGLIN has shipped a batch of dry coolers to the United States for a 15MW data center project located in a desert environment. As high-performance computing and digital infrastructure continue to expand, data centers require reliable heat rejection equipment capable of supporting continuous operation under demanding climatic conditions. In desert regions, high ambient temperatures and intense solar radiation place additional demands on cooling system design, making appropriate equipment selection essential for maintaining operational stability.

Designed for industrial and data center cooling applications, SHENGLIN dry coolers use ambient air to dissipate heat from circulating fluids through a heat exchanger. This approach supports efficient heat rejection without relying on evaporative water consumption during normal dry operation, making dry coolers a practical option for projects where water availability and cooling efficiency are important considerations.

 

Project Information

• Destination: US

• Application: 15MW Data Center in the Desert

• Product: Dry Coolers

• Shipment: A batch of dry coolers

 

 

Product Features

1. Reliable Heat Rejection for Data Center Applications

Dry coolers transfer heat from circulating water or water-glycol mixtures to ambient air. When properly selected and integrated with the overall cooling system, they help maintain stable thermal conditions for data center infrastructure and support the continuous operation of critical equipment.

2. Water-Conscious Cooling Approach

Unlike conventional evaporative cooling equipment, dry coolers dissipate heat through air-to-fluid heat exchange without requiring continuous water evaporation during standard dry operation. This characteristic can be particularly valuable for data center projects in arid regions, where water conservation is an important consideration.

3. Flexible Configuration for Project Requirements

SHENGLIN offers dry coolers in a range of capacities and structural configurations, with customized options available according to project requirements. Equipment selection can take into account ambient temperature, cooling load, fluid properties, installation conditions, and system operating parameters to support effective integration into the wider cooling infrastructure.

4. Adaptability to High-Temperature Environments

For desert data centers, cooling equipment must be evaluated against local design temperatures and peak heat loads. Appropriate heat exchanger sizing, airflow design, and system integration are essential to achieving the required heat rejection performance during hot weather. SHENGLIN's dry cooler solutions can be configured to meet specific project conditions following technical evaluation.

 

Project Significance

The shipment of dry coolers for this 15MW data center project in the US demonstrates SHENGLIN's continued involvement in international data center cooling applications. By providing heat rejection equipment designed around project-specific requirements, SHENGLIN supports customers in developing cooling infrastructure that balances operational reliability, energy efficiency, and resource considerations.

As data center capacity continues to grow, dependable thermal management remains fundamental to infrastructure performance. SHENGLIN will continue to provide cooling and heat exchange equipment for data centers and industrial applications worldwide, helping customers address diverse operating conditions through tailored engineering and equipment solutions.