Adiabatic cooling<\/strong> can be described as the most energy-efficient air-conditioning system on the market.<\/p>\n\n In fact, the natural process of water evaporation <\/strong>provides the majority of the cooler’s cooling capacity. Energy consumption for ventilation and water circulation accounts for just 5% of the cooling capacity provided. And the higher the temperature, the greater the energy efficiency<\/strong>. This is because, at higher<\/strong> temperatures, the evaporation process accelerates<\/strong> and, consequently, heat extraction from the air increases. The cooler’s cooling capacity increases, while its operating energy consumption remains unchanged. <\/p>\n\n What’s more, buildings with little or no insulation don’t require significant additional energy consumption <\/strong>, since the cooling capacity of the adiabatic system depends 95% on water evaporation.<\/p>\n\n The energy required by the electric motors<\/strong> driving the cooler’s water and air cycles requires very little power, both at start-up and during operation. Energy losses due to mechanical friction in ventilation and water circulation account for just 5% of energy consumption<\/strong>, thanks to the simplicity of the hardware configuration. <\/p>\n\n\n\n Of course, power consumption depends on the speed of ventilation and water circulation<\/strong>. It can vary between 1 and 3kWh, depending on the model, to cool a 250m\u00b2 surface. All in all, an adiabatic cooler <\/a>is a source of energy savings for air conditioning in hot periods for any industrial plant. <\/p>\n<\/div>\n\n\n\n