Air Cooled Water Chiller System

The Air Cooled Water Cooling System uses powerful fans to dissipate heat from the ice water into the environment, making it an ideal choice for those looking for a cooling solution with lower thermal load requirements.

These systems still utilize traditional components such as the evaporator, compressor, condenser, and expansion valve, all linked by a piping circuit, but with the addition of powerful fans located on the condenser.

Before investing in an air cooled chiller, there are a few important factors to consider.

  • For lower thermal load requirements, the use of air-cooled chillers is recommended, especially for those with space limitations for machine room mounting or limited availability of maintenance personnel.
  • While air-cooled chillers tend to generate more noise and have higher electrical consumption in environments with low relative humidity and high temperatures, they offer a cost-effective option for those looking to reduce initial equipment investment.
  • Air-cooled chillers are fully factory assembled, making installation easier and cheaper. The best-selling air-cooled chiller features a scroll compressor, while larger capacity options are available with screw compressors.
  • Overall, the air cooled water cooling system is an efficient and reliable choice for those in need of a cooling solution for smaller thermal load requirements.

Water Cooled Chiller System

  • The water cooled chiller system is an installation whose purpose is to generate chilled water, with high energy efficiency.
  • This system requires an additional piping circuit.
  • The additional circuit can transfer another independent flow of water to the frozen liquid, which is being generated in the evaporator of the chiller.
  • The water from the additional circuit is at room temperature and moves towards the chiller condenser.
  • The water from the additional circuit is used to extract the heat from the chiller condenser.
  • When leaving the condenser, the water is taken to a cooling tower.
  • In the cooling tower, the water recovers the temperature of the environment. the water returns to the chiller condenser.
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