CT-AHU Indirect Evaporative Cooling Energy Saving Unit
The CT-AHU indirect evaporative cooling energy-saving unit is a device that fully utilizes the natural cooling source of the atmosphere through an air-to-air heat exchanger to achieve heat dissipation in the data center. Indirect heat exchange between indoor and outdoor air minimizes the use time of mechanical cooling, and is energy-saving, low-carbon and environmentally friendly.
Patented whole machine layout, compatible with multiple installation scenarios such as top-mounted, side-mounted, and multi-layer applications
Unique dual-core layout, double-sided air intake, reducing wind resistance by 30%, and improving energy efficiency by 20%
The key components of the unit are located on the side or end of the unit, and the whole machine is equipped with multiple maintenance doors for external maintenance
The water pump system has a separate compartment design to effectively prevent spray water from entering the machine room
Unit cooling method: DX compressor cooling/CW chilled water cooling optional
Built-in AI intelligent optimization algorithm, water saving, power saving and multiple energy-saving modes optional
FAQ
How does a data center achieve precise temperature and humidity control?
Through advanced sensing technology and control systems, temperature accuracy of ±0.5°C and humidity control of ±3% RH can be achieved, ensuring optimal operating conditions for data center equipment.
What energy efficiency and saving measures are included?
Utilizes high-efficiency components such as variable frequency compressors and EC fans, combined with intelligent control systems that automatically adjust output based on actual load, effectively reducing energy consumption.
How is reliability and redundancy designed?
Redundancy design and fault warning systems are typically implemented to enhance overall system reliability and availability. gives you the opportunity to introduce yourself, your website, your products or your services.
How does it adapt to different environmental conditions?
The design considers the year-round cooling needs of data centers, even during winter. Equipment, pipelines, and valves are equipped with effective measures to prevent freezing or cold air from directly entering the main server room, which could lead to condensation and negatively impact electronic information equipment.
Add: Laoshan District, Qingdao, Shandong Province Baoan District, Shenzhen, Guangdong Province Xiangcheng District, Suzhou City, Jiangsu Province Tel: +86-186-6398-9752
