A free cooling chiller is a type of cooling system that utilizes ambient air temperature to provide cooling without the need for mechanical refrigeration.
    It works by drawing in cool outdoor air and using it to lower the temperature of the cooling medium, such as water or glycol, which is then circulated through the building or process equipment to remove heat.

     The key feature of a free cooling chiller is its ability to take advantage of the natural cooling capacity of the environment, reducing or eliminating the need for traditional mechanical cooling methods. This results in significant energy savings and lower operating costs.
    Free cooling chillers are commonly used in applications such as data centers, industrial processes, and commercial buildings with a year-round cooling load.

 Features of VENTTK Double Compressor Free Cooling Screw Chiller

1. Cooling capacity from 260~550kW, providing efficient cooling for various cooling loads.

2. Hanbell Screw compressor, ensuring efficient operation and long-lasting performance.

3.  Free cooling function can start at 0℃ or 5℃, when the outside temperature is within this range, the chiller can use the cool outdoor air to supplement or replace mechanical refrigeration, significantly reducing energy consumption.

Part List

Notes:
1. The designed secondary refrigerant is 45% ethylene glycol, which meets the minimum environmental temperature of -30 ℃ for antifreeze requirements. If there are other operating parameters required, please contact us.
2. Nominal cooling condition: ambient temperature is 35℃，secondary refrigerant inlet/outlet temperature is 12/7℃.
   IDC cooling condition: secondary refrigerant inlet/outlet temperature is 15/10℃.
   Free cooling: secondary refrigerant inlet/outlet temperature is 15/10℃.
3. The maximum working pressure on the water side of the chiller is 1.0MPa, and the fouling coefficient is 0.018 m2 ℃/kW.
4. Applicable ambient temperature range:-30～46℃；
5. If there are changes due to improving product performance, please refer to the parameters on the nameplate of the chiller.