Why Industrial Evap Cooler Efficiency Depends on Local Climate Conditions

Investigating the Influence of Regional Climate on the Performance of Evaporative Coolers

'Evaporative cooling' is when air is cooled using the natural means of evaporation. Industrial evaporative coolers, such as those manufactured by EMTH, use this method to cool large areas including warehouses, factories and outdoor venues. But the performance of these cooling techniques may be subject to the local climate circumstances.

The Influence of the Temperature and Humidity on Industrial Cooling by Evaporation

Industrial Evaporative cold room The performance of evaporative coolers is largely influenced by two factors – temperature and humidity. In hot and arid environments, evaporative coolers perform very well because the dry air can absorb more water vapor, resulting in better-cooled air. Having said that, in humidity simply because the air is already saturated with water, the efficiency of this cooling method is diminished.

Influence of Local Meteorological Conditions on the Effectiveness of an Evaporative Cooling System

Local climatic conditions are an important factor for how effective an industrial evaporative Condensing unit will be. For instance, highly humid regions are perhaps not as conducive for evaporative cooling as regions with low humidity. Moreover, regions with high differences of day-night temperatures might experience better or worse performance of evaporative cooling.

Designing industrial evaporative cooling for local climate conditions

Various considerations have to be considered in industrial evaporative Cold room storage systems which are designed according to local climatic conditions. These are parameters such as the mean temperature, humidity and how often the temperature changes in the region. Taking it all into account ahead of time, EMTH ensures its evaporative coolers are ready to operate at maximum efficiency no matter the environment.