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| Water and air molecules share the ability to change form without great processes getting concerned. Water can change to a gas quite easily and straight back to water again from that gaseous state. This ancient law of nature led on to the look of a Portable Car Air Conditioner. Nature outlines that whenever water molecules evaporate into a gas the area surface from which this process happens will cool down as a consequence. Designers used this law of nature to design the cartable cooler. The process is quite simple. Air is blown thru a surface that postpones a thin layer of water on a cloth like material and allows for quick evaporation to occur. The air conditioner uses a little volt charge to turn a fan. This fan sends the air through the wet cloth like area where it has contact with water molecules. Source of this article: Technology Lead To A Portable Car Air Conditioner The air molecules touch the water molecules for a quick instant during which the water evaporates from the air molecules, resulting in the air being cooled down. You can feel this effect as it occurs. Clever design saw all the components of the unit housed in a single plastic surrounding where all of the above mentioned processes happen. For the unit to work, water needs to be replenished to keep the wet cloth wet. Portability came easily as such a low voltage charge ( twelve volts to be exact ) can be generated using batteries and or solar chargers. This implies you can take your cooler with you wherever you go. This very handy portable Car Air Conditioner design just proofs that simplicity in technological designs work tremendously well. Add to that the fact that the unit will never pollute the planet and you will understand the big sales this cooling system enjoys. You can find more information about air conditioners at http://www.bukisa.com/articles/148354_how-my-portable-car-air-conditioner-saved-our-holiday where you can read about Portable Car Air Conditioner. | |
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Latest page update: made by danwhitfield8229
, Sep 16 2009, 1:04 AM EDT
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