Dry Cooler: Reliable Cooling Solution for Korea Solar System

Date:2026-08-19

Project Overview

Solar power systems continuously accumulate excess heat during long hour operation, which easily causes equipment overheating and reduces overall power generation efficiency. Standard cooling equipment fails to maintain stable heat dissipation and anti-freezing performance under variable outdoor climates. To resolve the overheating issue of solar systems in Korea, SHENGLIN delivered a customized industrial dry cooler.
This dry cooler features 32kW cooling capacity and adopts 30% ethylene glycol water as the cooling medium. Compatible with local 230V/1P/60Hz power standard and equipped with high quality Chinese brand fans, it delivers consistent heat rejection, effectively stabilizing operating temperature and ensuring efficient and sustainable operation of solar power systems.
 

Project Information

Country: Korea
Customer: Local Solar Power Project
Product: Dry Cooler
Application: Solar System Overheating Cooling
Cooling Capacity: 32kW
Cooling Medium: 30% Ethylene Glycol Water
Supply Power: 230V/1P/60Hz
Fan Brand: Chinese Brand
 
 
 

Project Features

Solar systems operate continuously under outdoor exposure, where sustained heat buildup leads to overheating, performance degradation and shortened equipment lifespan. Ordinary cooling devices lack effective low temperature protection and stable heat exchange adaptability for long-term solar scenario operation.
SHENGLIN’s tailor made dry cooler is professionally optimized for solar system heat dissipation requirements. The 30% ethylene glycol water medium ensures efficient heat transfer and reliable anti freezing protection, adapting perfectly to Korea’s seasonal temperature changes. Matched with durable Chinese brand fans, the unit maintains steady 32kW cooling output for continuous heat removal.
The unit fits local 230V/1P/60Hz power grid directly without extra conversion devices. With optimized airflow and circulation structure, it effectively eliminates solar system overheating risks, stabilizes power generation efficiency and cuts long term operational and maintenance costs.
 

Project Significance

This successful deployment in Korea verifies SHENGLIN’s capability to design and manufacture dedicated dry coolers for renewable energy solar systems, and proves the outstanding climate adaptability and operational stability of our cooling equipment under Korean environmental and power conditions. Leveraging mature thermal solution R&D and manufacturing experience, SHENGLIN will continue optimizing energy saving cooling performance, providing cost effective and reliable dry cooling solutions for global solar and new energy projects.
 
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