Evaporative Cooling, is a highly sustainable and energy-efficient method that provides a comfortable and suitable environment for production facilities, office buildings, and distribution centers. The evaporative cooling process in an indirect/direct cooling system utilizes 10% of the necessary energy for mechanical cooling while at the same time delivering more or less equal temperatures as traditional mechanical cooling systems.
Furthermore, unlike mechanical cooling, evaporative cooling does not recycle the warm, polluted indoor air, yet ventilated 100 percent clean, fresh, filtered, and cooled air into the room or building. Accordingly, the indoor air quality considerably moves along. Evaporative cooling utilizes evaporation to cool the air. The evaporative cooler, otherwise called a swamp cooler, consists of three main components – A pump, a fan, and a cooling pad.
The manner in which the process works is very basic. Inside the evaporative cooler, there is a pump for the circulation of water to the cooling pad from the reservoir. The pad thus becomes wet. Inside the cooler, there is likewise a fan, which draws air from the outside environment, going through the pad which is moist. As the air goes through the pad, the air gets cooled by evaporation. While looking at the evaporative cooling systems, there are two temperatures that you should know about. These are:
- The Dry Bulb temperature
The normal temperature of the air surrounding us, which we generally measure by the means of a thermometer. It is termed a dry bulb as the air temperature measured by the thermometer is not affected by the moisture of the air.
- The Wet Bulb temperature
It is the lowest temperature that can be reached through the evaporation of water only.
Energy is required to change the water from a fluid form to a vapor form, and this involves the utilization of energy that is acquired from the air itself. As soon as the air enters the cooler, it gives up the heat energy to evaporate the water. During the process, the dry bulb temperature of the air passing through the cooler is brought down and circulated back into the environment. It is a significant point to note that the temperature of the water has no effect on the cooling produced by the evaporation process.
A vital factor for evaporative cooling to work effectively is humidity. For effective evaporation, the required air humidity is below 100%. The lower the humidity, the more effective will be the evaporative cooling. The potential of evaporative cooling is estimated by evaluating the wet bulb temperature, as compared to the air’s dry-bulb temperature.
One of the significant differences between an evaporative cooler and a fitted or portable system is that the evaporative cooler does not have condenser boxes or exhaust hoses. They are likewise different from air conditioners as they provide cooled air and not refrigerant air.
What makes evaporative cooling so appealing is its incredible cost-productivity, with the capacity to lessen your running costs by up to 90%, as well as the way that it is the most environment-friendly solution out of all the choices available in the market due to the fact that it introduces fresh air which is free from refrigerant gasses.
How to Maximize your Evaporative Cooling
The way to an effective evaporative cooling system is ensuring that each of the pads is completely soaked consistently during activity and that the system’s fan and motors are sized and designed to convey the proper wind stream for your space. Working with an experienced supplier, that has information on the particular requests of your industry area, for example, reduction of downtime and guaranteeing that installation and commissioning of the system is executed with zero contamination risk is absolutely important.
However, we should not fail to remember the way that evaporative cooling is not always the right answer for your requirements and might be unsuitable, depending upon your sector, location, and environment where you would want it to be installed. A few limitations to the appropriate use of evaporative coolers include things, such as
- They should not be used in closed or unventilated regions, as they depend on the flow of natural air to enable the cycle to work.
- Having been loaded up with water, if they are used in unventilated air they would just wind up humidity nearby, making it soggy and bringing about mold and other resulting harm to electrical frameworks or items around there.
Call us at Wtfix Air – for air conditioner installation of all Types and Brands.
You can constantly depend on Wtfixair to get you a fast service and get the job done in no time, with pocket-friendly prices along with the most professional services at your place. We use best-in-class analytic gear to source your framework Installation, and problems and fix them quickly. We provide 24/7 Emergency Service to all of our customers, with no travel charges, and guaranteed licensed professionals. We also provide our customers with customized plans, as per the customer’s convenience, and offer amazing discounts on each of our Air conditioner services.
Wtfixair aims to install your commercial ventilation, heating, and air conditioning (HVAC) system with minimum fuss and interruption. We also know the significance of assisting you with reducing both your operational costs and carbon impression. We take our environmental obligations seriously, which is why all the solutions that we provide are as energy-productive as possible.
Contact Wtfixair based in Victoria, 3072, Australia, as it provides Professional Air Conditioner Services to Adelaide, Canberra, Darwin, Melbourne, Perth, Queensland, Sydney, and Tasmania. Get a Free Estimate for a New AC Installation, Cleaning, or other Upkeep services by Scheduling Your Service Call today at (1300) 019 320, or mail us at email@example.com.