TCS Flowchart

Air flow

The air goes through the microchannel condensers to reduce the pressure and temperature of the refrigerant. On top of the unit, speed-regulated axial fans create an air flow which fully reveal their efficiency, especially during partial loads.

Refrigerant flow

Refrigerant fluid, kept at low pressure, is made to evaporate near to the cold source: by evaporating, it absorbs the vaporization heat from the cold source, cooling it further. The refrigerant gas is compressed to a higher pressure with use of mechanical energy (electrical). The refrigerant gas, at high pressure and high temperature, is condensed near to the hot source: by condensing, it transfers heat to the hot source. The refrigerant liquid at high pressure is brought back to the low pressure it had at the beginning. The low pressure encourages its evaporation even at low temperatures, like that of the cold source. The cycle ends and begins from the start.

Water flow

The hot inlet water flow goes through the evaporator, where refrigerant flow at low pressure is going to reduce the temperature of the water collecting the heat and evaporating the refrigerant. Than after passing the evaporator, the water flow goes into a water tank with a set of safety devices. It then flows to a pump group, which consists of one or two pumps with various outlet pressure versions bringing chilled water to the application.