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Air Cooled Condenser for China Power Generation

Date:2026-08-03

Product Overview

 

SHENGLIN has successfully delivered a customized Air Cooled Condenser solution for the high-performance power generation application in China. Designed for large-scale engine cooling systems, this system provides efficient exhaust steam condensation and heat dissipation through advanced air cooling technology, eliminating the need for large amounts of cooling water.The project adopts a high-efficiency heat exchange structure combined with reliable materials and optimized design, providing excellent thermal performance and operational stability. The successful delivery demonstrates SHENGLIN’s capability in developing customized air cooling solutions for power generation, energy, and industrial applications.

 

Product Information

 

Project Country: China
Application: Power Generation System
Product Type: Air Cooled Condenser 
Main Material: Copper Tubes & Aluminum Fins
Engine Type: TCG2032 V16, DEUTZ
Engine Rating: 4000 kW / Unit

 

 

Product Features

 

The system adopts a copper tube and aluminum fin structure, which provides excellent thermal conductivity and optimized heat transfer efficiency. The combination of high-quality materials ensures reliable performance under demanding power generation conditions.Unlike conventional water-cooled condensation systems, this uses ambient air as the cooling source to remove heat. This significantly reduces water consumption, lowers operating costs, and provides an environmentally friendly cooling solution for modern energy systems.This features a robust structural design to withstand long-term industrial operation. The optimized airflow arrangement and high-quality heat exchanger components contribute to improved reliability, easier maintenance, and extended service life.

 

Product Significance

 

The successful delivery of the SHENGLIN Air Cooled Condenser highlights the growing importance of efficient and sustainable cooling technologies in the global power generation industry.By adopting advanced air cooling technology, the project achieves reliable heat rejection while reducing water consumption and environmental impact. This solution is particularly suitable for power generation facilities located in areas where water availability, operating efficiency, and system reliability are critical factors.


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