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What is Evaporative Cooling?
Evaporative air cooling is the most efficient means of cooling through the evaporation of water. Evaporation cooling works on the principle of heat absorption by moisture evaporation. An evaporative air cooler fan draws the surrounding air into special pads that are soaked with water. The hot air is then cooled by evaporation, then circulated back into the surrounding area.
Why Buy Evaporative Cooling Fans or Swamp Coolers?
The principle and participation in the use of evaporative cooling have gained rapid acceptance, mainly because this air cooling process relies solely on water evaporation with extremely low energy consumption (unlike refrigerant-based air conditioning) to produce a significant amount of atmospheric cooling. The use of evaporative coolers and cooling fans, as a whole, will generally pay for itself in just a few short years. Also, the low cost of maintaining this equipment is an added value to the end user, whether for commercial use or consumer use. Installing an evaporative cooler fan(s) can significantly reduce the amount of time and energy that mechanical refrigeration requires during the hot season.
Portable and stationary evaporative cooling fans, evaporative air coolers, or swamp coolers are a great way to achieve a cooler and more comfortable work environment while saving money on air conditioning and utility costs.
FAQs
Water coolers are incredibly energy efficient! Evaporative coolers consume less electricity than traditional air conditioning systems because they use natural processes to regulate temperature.
Evaporative cooling can be just as effective as air conditioning given the right conditions. First, Evaporative cooling works best in warm, dry climates. Secondly, evaporative cooling is best used for spot cooling of rooms, buildings, or outdoor areas such as patios and sports fields. Lastly, air conditioners are more expensive, making evaporative coolers a more economical and low-cost option.
Evaporative coolers use water evaporation to lower the temperature of the surrounding air. By passing outdoor air over cooling pads, the water in the pads evaporates, absorbing the heat and reducing the air temperature.
It is not recommended to put ice in your swamp cooler. While you may notice some additional cooling, it won’t be cold enough to register a difference on a thermometer. Plus, it can cause issues with the water pump if an ice cube is sucked into it.
The best place to put a portable swamp cooler is in a location close to the room, building, process, or people you want to cool. A swamp cooler works by using water to decrease the temperature of the air being forced through a water pad. The cool air is then forced out of the swamp cooler by a fan and is effective in cooling the surrounding area.