1) Integrated design, overall transportation, and overall installation on site;

2) On-site installation of short air ducts, straight air ducts, no need to wind pipes, easy connection;

3) The wet film is easy to maintain, supports partial replacement, and is easy to wash;

4) Wet film supports tap water supply, optional softened water.

1) The fresh air side of the air-to-air heat exchanger has no water, no scale, and no corrosion, which greatly reduces the frequency of operation and maintenance;

2) There is no water residue on the air-to-air fresh air side to avoid the risk of low temperature freezing in winter;

3) When there is no water supply, the wet membrane water system supports no drainage for a maximum of 12h, which does not affect the normal operation of the unit;

4) The core components adopt international first-line brands or domestic mature brands.

1) Low resistance design, reduce the power of the fan to the greatest extent, and a low resistance air-to-air heat exchanger;

2) High-efficiency wet film, the saturated evaporation efficiency of the wet film is close to 100%, and the saturated evaporation efficiency, unit power consumption and water consumption are monitored online in real time;

3) EBM high-efficiency fan, the overall efficiency of the fan is as high as 72.9%;

4) The full frequency conversion Mitsubishi compressor design of the supplementary cooling system is more energy-saving under part load of the computer room.

1) Compared with the circulating water spray evaporative cooling system, the circulating water volume of wet film evaporative cooling is low;

2) The number of drainage times of the wet film circulating water system is small, and there is no exhaust water drop loss of the circulating water spray evaporative cooling system;

3) Low water quality requirements, in water-scarce areas, the water change time can be extended;

4) Wet film cooling method, WUE < 0.7.