Dry Cooler Delivered to Russia for Power Plant Cooling

Date:2026-08-03

Product Overview

 

With the continuous development of global energy infrastructure, power plants are facing increasing requirements for reliable, efficient, and sustainable thermal management solutions. Stable heat rejection is essential to ensure the safe operation of critical equipment, improve energy efficiency, and maintain long-term system reliability.

 

To support the cooling requirements of a power plant project in Russia, SHENGLIN successfully delivered a high-performance Dry Cooler designed for industrial cooling applications. The system utilizes advanced air cooling technology to efficiently remove heat from the circulating fluid without relying on excessive water consumption, making it an ideal solution for regions where water resources, environmental conditions, and operational reliability are key considerations.

 

Product Information

 

Project Country: Russia
Application: Power Plant Cooling System
Cooling Capacity: 255.7 kW
Cooling Medium: 25% Ethylene Glycol Solution
Supply Power: 380~480V / 3Ph / 50~60Hz
Fan Type: EBM / ZIEHL-ABEGG EC Fans
Coil Design: Floating Coil Structure
Control System: Integrated Electric Control System

 

 

Product Features

 

1. High-Efficiency Air Cooling Technology
The SHENGLIN Dry Cooler adopts ambient air as the cooling source to achieve efficient heat rejection. Compared with conventional cooling solutions that require continuous water consumption, the system significantly reduces water usage and supports more sustainable industrial operations.

 

2. Energy-Saving EC Fan Technology
Equipped with high-efficiency EBM and ZIEHL-ABEGG EC fans, the unit provides precise airflow regulation according to actual cooling demand. This intelligent fan control helps reduce power consumption, lower operating costs, and improve overall system efficiency.

 

3. Reliable Glycol Cooling Circuit Design
The system uses a 25% ethylene glycol solution as the cooling medium, providing excellent anti-freezing performance and ensuring stable operation under cold climate conditions. This makes the Dry Cooler particularly suitable for industrial projects located in regions with significant temperature variations.

 

4. Flexible Structure and Intelligent Control
The floating coil design enhances mechanical reliability and helps accommodate thermal expansion during operation. Combined with an integrated electric control system, the unit enables convenient monitoring, operation adjustment, and system protection.

 

Product Significance

 

The successful delivery of the SHENGLIN Dry Cooler to the Russian power plant project highlights the growing importance of efficient and sustainable cooling technologies in modern industrial infrastructure.

 

As industries worldwide continue to pursue higher efficiency, lower carbon emissions, and more resilient infrastructure, SHENGLIN remains committed to providing innovative cooling solutions, including Dry Coolers, Air Coolers, and customized thermal management systems, to support global energy and industrial development.