Optimum performance for adiabatic cooling

Adiabatic cooling systems offer high performance at low cost, making them an attractive alternative to traditional cooling systems. But what exactly are the environmental and energy benefits of this solution?

Commercial and industrial buildings are increasingly installing adiabatic systems because of their efficiency in large, enclosed or semi-enclosed spaces. Why this choice? Because their performance remains superior to that of conventional cooling systems, whatever the configuration of the building.

If some people are still reluctant to opt for adiabatic cooling, there are plenty of arguments to convince them. The solution is far less expensive, has virtually zero environmental impact and delivers excellent performance, as the elements below demonstrate.

Market-leading energy performance

The COP, also known as the Coefficient of Performance, measures the energy efficiency of a cooling system, by calculating the ratio between the amount of cold delivered and the amount of electrical energy consumed. Simply put, the higher the ratio, the higher the system's performance.

Using the cooling adiabatic system, the COP can reach up to 25 in Belgium in midsummer, far higher than the 2.5 to 4.5 usually found in traditional systems. This difference is due to its very low power consumption, thanks to the absence of an energy-guzzling compressor, usually found in most other solutions.

The difference also lies in the fact that the performance of the adiabatic system increases in proportion to the rise in outdoor temperatures. The hotter it is outside, the more effective water evaporation is at cooling the air.

Respectful of health and the environment

Adiabatic cooling offers numerous advantages over traditional cooling systems in terms of health, occupant well-being and the environment.

The cooling adiabatic system operates with fresh air, i.e. it cools outside air and injects it into the building. The cooled air flow is therefore constantly fresh, removing heat, germs and odours.

In terms of environmental impact, this is significantly reduced by the fact that no refrigerants are used, which have a far greater impact on the ozone layer than CO2. Add to this the very limited power consumption, and this process becomes by far the most ecological on the market, reducing CO2 emissions by around 90%. What's more, being made of low-tech, Breezair and Climate Wizard units are robust and reliable, and their lifespan is significantly extended, further reducing the impact and use of resources.  

In conclusion, the superior performance offered by an adiabatic cooling system is undeniable for any professional wishing to cool his or her building while limiting energy bills and environmental impact.

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