Cooling
Due to the current climate change, the climate is becoming hotter. This makes the placement of refrigeration installations and air conditioners more common
Cooling
Due to the current climate change, the climate is becoming hotter. This makes the placement of refrigeration installations and air conditioners more common, despite the knowledge of the general population that refrigeration and air conditioning is very energy consumptive. This is unfortunate, considering in many cases the peak of the cooling load can be leveled off quite easily by simply spraying water into the air.
The evaporation of a liter of water extracts approximately 2,256kilojoules of heat from the air. This energy is needed for the transition phase from a liquid to a gas to be possible, where the water vapor will be absorbed by the air. As a result of this process, the temperature of the air will drop.
The high -pressure pumps of Elka Air are always frequency controlled. This makes an energy-efficient system even more economical. With a power consumption of less than 4 watts per liter of water, up to 626 watts of cooling power can be generated. In short, with an adiabatic cooling system, the cooling load can be reduced with extreme efficiency.
Indirect cooling for AHU
Immediately when the outside temperature rises and reaches a higher temperature of that to the inside temperature, the heat exchanger can act as a cooling source.
Adiabatic cooling for (Dry)-coolers
By atomizing water around the condenser in a fine mist, the temperature will decrease considerably.
Cooling and storage cells
In order to keep products good and fresh for longer, they are often stored in cold stores or storage rooms.