Two cooling forms of industrial chillers

Cooling form of water-cooled chiller:
(1) Adopting high-performance compressors from Europe and America, with high EER value, low noise, high energy efficiency, low energy consumption, and stable operation. (2) Adopting efficient heat transfer heat exchangers, with minimal cooling loss, installing an oil liquid separator is easy to return oil and safe, and the heat transfer tubes are less likely to burst. (3) Ergonomic panel, fully automated control, equipped with precision electric temperature controller, capable of long-term stable operation.
Cooling form of air-cooled chiller:
(1) Adopting high-performance compressors from Europe and America, with high EER value, low noise, high energy efficiency, low energy consumption, and stable operation. (2) Easy to install, suitable for situations where there is a lack of water sources and no need to install water towers. (3) The indoor unit has good cooling and condensation effects, stable throttling, and excellent rust prevention treatment.
Industrial chillers increase evaporation temperature and decrease condensation temperature by reducing condensation temperature while meeting equipment safety and production requirements. By adjusting the reasonable operating load of the ultra-low temperature chiller unit, while ensuring the safe operation of the equipment, the power consumption per unit of cooling capacity of the refrigeration host is lower when operating at 70% -80% load than when operating at 100% load. The use of this method for starting up should be comprehensively considered in conjunction with the operation of the water pump and cooling tower.
Regularly clean and maintain energy-saving precision chillers to prevent and reduce pipeline scaling and improve the heat transfer efficiency of condensers and evaporators. If the water treatment is not done well, calcium bicarbonate and magnesium bicarbonate generated by heating will deposit on the pipelines. Causing a decrease in thermal conductivity, affecting the heat transfer efficiency of the condenser and evaporator, and significantly increasing the operating electricity cost of the equipment. At this time, in addition to using water treatment technology, regular automatic pipeline cleaning equipment can also be used for pipeline cleaning.