Window swamp cooler: High Efficiency Performance, Low Maintenance, Cost Effectiveness and Environmental Responsibility
Keeping your environment cool and comfortable during warm summer months can be a frustrating and often expensive task, to say the least. Evaporative coolers – also known as swamp coolers – offer an eco-friendly, healthy, and cost-effective alternative to traditional air conditioning systems.
However, there are a few things you should consider before purchasing an evaporative or window swamp cooler.
Would an evaporative cooler be effective in my environment?
Evaporative Cooling is a cost-effective and simple way for chilling both inside and outdoor spaces. Dependant on the weather where your home is, evaporative cooling is actually a very affordable option for you. To help make the correct you must understand, how evaporative chilling works and decision.
Evaporative Chilling is a naturally occurring process; when you emerge from a cool pool on the hot day and feel a chill. As the dried out air goes by over drinking water it causes a chilling impact and absorbs a few of water. This absorption occurs when the temp and vapor pressure of water try to equalize with the environment. Because of this, water molecules turn into gas molecules and heat switches from the higher air temperature to the lower water temperature. Since the air circulates naturally, the area around it is cooled.
Evaporative Coolers use this natural phenomenon to cool your environment, using a fan system that brings in stale, warm air where it passes through pads that have been moistened with water. The hot air is cooled to up to 20 degrees, cleaned and circulated back into the outside environment. Because the cool air circulates continuously and creates a breeze, the ambient temperature can feel significantly lower than the actual temperature.
The key to effectively cooling your home with an evaporative cooler is hot, dry air such as what is found in desert areas like the southwestern United States. In fact, evaporative coolers are most effective during the hottest times of the day and when humidity levels are below 50%.
How do evaporative coolers compare with traditional air conditioning?
Evaporative Coolers, swamp coolers, are available at a lower cost, more energy efficient and are significantly more environmentally friendly than traditional air conditioning systems. Evaporative Coolers are available in a variety of designs, ranging from a portable swamp cooler that can easily be transported from environment to environment to a window mounted cooler that maximizes the use of your space while still providing a significant amount of cooling power.
When used indoors, this simple technology is far more energy efficient than traditional systems. Relative to evaporative cooling systems, refrigerated air conditioning systems (which are usually found in traditional air conditioning systems) cost up to 50% more than evaporative air conditioning systems. For illustrations, a 36-inches evaporative cooler operating for 8 hours typically costs significantly less than one money which is almost 3 x cheaper than traditional air conditioning systems.
For environmentally conscious consumers, swamp coolers will be the more environmentally safe choice. Unlike traditional refrigerated air conditioning systems, swamp coolers use an all natural process to cool the environment. This technique doesn’t add ozone-harming contaminants or other chemicals that are bad for the environment.
As well as the environmental benefits, evaporative coolers provide many health advantages as well. Swamp Coolers operate more effectively when oxygen is available by constantly circulating air through the machine. This regular blood flow continually cleans the environment, providing constant fresh and climate which traditional ac units just don’t do. The evaporative air conditioning process also normally humidified dried out air which reduces dried out air symptoms such as itchy eye, throat or epidermis.
What size evaporative swamp cooler will be most effective for my space?
For the perfect results, ensure that you’ve chosen the right cooler to your requirements. It ought to be the right size for the surroundings that you would like to cool. If the cooler you’ve chosen is too small, it has to work even harder to cool your space therefore throwing away energy. Pay attention to the CFM (Cubic Feet per Minute) of the unit. This specification notes the amount of fresh air cycled through your space each minute