There are various reasons why evaporative cooling is beneficial. The two-stage evaporative technology, in particular, offers the most ecologically friendly and sustainable option for cooling and ventilation that can be installed in manufacturing facilities, distribution centers, and office buildings.
You can find a list of the benefits of evaporative cooling further down in this article.
The Condition Of The Air Within That Is Just Right
A healthy working environment is characterized by low rates of absenteeism and typically better levels of production. This type of working environment is characterized by frequent ventilation and abundant supplies of fresh air from the outdoors.
When cooling a building or room, evaporative cooling pads employ the utilization of outside air that has been filtered and is one hundred per cent fresh. This results in a significant enhancement in the quality of the air inside the building, particularly in contrast to mechanical cooling, which frequently involves the recirculation of the heated, dirty air inside the building.
A Humidity Level That Is Just Right
A relative humidity level of between 40 and 70 per cent is maintained with the help of a proprietary two-stage evaporative technique. This amount of humidity helps guard against viruses and gives the required comfort to the throat, nose, and eyes. It also helps prevent the spread of germs.
Energy-Efficient Climate Control
The utilization of energy in two-stage evaporative cooling is very effective and efficient. To properly cool a room or building, this device consumes just ten per cent of the energy that is required by conventional mechanical cooling methods. The natural process of water evaporation accounts for ninety-five per cent of the cooling capacity that is given. High efficiency and low energy consumption are achieved because of the low component resistance, which, when combined with extremely cost-effective direct current fans, is a winning combination. The motor-driven fan that controls the adiabatic process consumes one kilowatt-hour of electricity but is capable of producing forty kilowatt-hours worth of cooling power. In contrast, mechanical cooling systems are only capable of producing 3 kWh of cooling power for every 1 kWh of electricity used.
The cooling efficiency of the two-stage evaporative cooling system improves when the temperature outside is high. Because higher temperatures make it possible for more moisture to be present in the air, the system can evaporate a greater quantity of water.
A Pleasant Setting For Workplace Activities
If the temperature at work is excessively high, it will be difficult for employees to concentrate on their tasks and they will leave the company feeling dissatisfied. According to research, productivity decreases by around 2 per cent for every degree that is above 22 degrees Celsius. The exceptional two-stage evaporative cooling system may lower the air temperature to up to 20 degrees Celsius below the temperature outdoors, providing the room, hall, or building with an environment that is comfortable and conducive to productivity.
Green And Not Harmful To The Environment
Evaporative cooling is the most ecologically benign kind of cooling that can be accomplished everywhere in the world. The fact that water is used in the evaporative cooling process rather than a different refrigerant is a key benefit of the method. Because of this, we don’t utilize any toxic refrigerants that might have an impact on the ozone layer.
The system has a very small carbon footprint because it utilizes two stages of evaporative cooling, each of which requires very little power.
Deduction For Energy-Related Investments
Evaporative cooling is a method of cooling that has been demonstrated to be environmentally friendly; hence, evaporative cooling systems qualify for the Energy Investment Tax Credit. This has the potential to result in a net benefit on the overall investment of 11 per cent. Local governments in other countries frequently offer financial incentives to encourage the use of environmentally friendly practices like adiabatic cooling.