Large and medium-sized data centers
AHU indirect evaporative-cooled energy-saving unit (single core)
It offers a new rapid construction solution via factory prefabrication. The complete unit equipped with an adaptive control system utilizes environmental sensing algorithms to dynamically adjust to low, transitional, and high-temperature climates, easily achieving ultra-low energy and water consumption metrics of PUE<1.2 and WUE<0.6.
20℃dry-bulb temperature
Indirect evaporative-cooled energy-saving unit’s switch-over activates at a dry-bulb temperature as high as 20°C, extending natural cooling duration compared with conventional energy-saving products.
10%~20%efficiency
The core is inclined to ensure even water-film distribution, enhancing efficiency
Energy-saving products with PUE＜1.2
Downwind spray increases the coverage area of water membrane and humidification efficiency
Value proposition
High reliabilityThe diamond-pattern heat exchanger core enables automatic low-temperature condensate drainage to prevent its icing
Major components are integrated in a three-in-one installation, improving build quality and production efficiency.
Multi-drain design offers solutions for water leakage at different points
High efficiencyUtilize outdoor natural cooling combined with indoor hot-air natural temperature reduction
Downwind spray increases the coverage area of water membrane and humidification efficiency
The condenser spray cooling reduces the condensing temperature and improves the performance of the compressor
Intelligent operationsThe diamond-pattern heat exchanger core enables automatic low-temperature condensate drainage to prevent its icing
Major components are integrated in a three-in-one installation, improving build quality and production efficiency.
Multi-drain design offers solutions for water leakage at different points
Application scenarios
Large data center
Ultra-large intelligent computing supercomputing center
Large flat-floor data center
Successful cases
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