Adiabatic cooling

Adiabatic cooling is achieved through the evaporation of water.

The evaporation of atomised water combines humidification and cooling. The energy required for evaporation is directly drawn from the air while lowering its temperature.

Microniser controls the water flow to reach the set temperature.

At a standard water flow rate of 50 L/h, a Microniser atomiser generates a cooling power of 33 kW with an electrical consumption of less than 500 W.

Adiabatic cooling is achieved through the evaporation of water.

The evaporation of atomised water combines humidification and cooling. The energy required for evaporation is directly drawn from the air while lowering its temperature.

Microniser controls the water flow to reach the set temperature.

At a standard water flow rate of 50 L/h, a Microniser atomiser generates a cooling power of 33 kW with an electrical consumption of less than 300 W.

Adiabatic cooling is achieved through the evaporation of water.

The evaporation of atomised water combines humidification and cooling. The energy required for evaporation is directly drawn from the air while lowering its temperature.

Microniser controls the water flow to reach the set temperature.

At a standard water flow rate of 50 L/h, a Microniser atomiser generates a cooling power of 33 kW with an electrical consumption of less than 500 W.

Adiabatic cooling is achieved through the evaporation of water.

The evaporation of atomised water combines humidification and cooling. The energy required for evaporation is directly drawn from the air while lowering its temperature.

Microniser controls the water flow to reach the set temperature.

At a standard water flow rate of 50 L/h, a Microniser atomiser generates a cooling power of 33 kW with an electrical consumption of less than 500 W.