SYSTEM TO REDUCE POWER CONSUMPTION OF AIR CONDITIONERS IN VEHICLES AND DOMESTIC USES

V. .
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Abstract

Conventional air conditioners work based on vapor compression cycle. They draw a lot of power for their operation. This paper emphasizes a new technique which is to precool the air that enters into a conventional air conditioner using eco-friendly evaporative cooling effect. Conventional air conditioners are generally designed to recirculate 60% of indoor air and mix it with 40% of atmospheric air before passing the mixture over the evaporator coil. The process is here is to precool the atmospheric air that mixes with the recirculated air using a heat exchanger coupled with an evaporative cooler. By precooling the atmospheric air at the air intake the power consumed by the air conditioner can be reduced significantly. This will increase the overall Coefficient of Performance of the air conditioning system. Thus power to run air conditioners is saved with the effective cooling in an eco-friendly manner. cooling, Precool, Eco-Friendly, Recirculated air, Increased Coefficient of Performance.
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系统,以减少车辆及家居空调的耗电量
传统空调的工作原理是蒸汽压缩循环。他们的运作需要大量的电力。本文着重介绍了一种利用生态蒸发冷却效应对进入常规空调的空气进行预冷的新技术。常规空调一般设计为将60%的室内空气再循环,并将其与40%的大气空气混合,然后将混合物通过蒸发器盘管。这里的过程是使用热交换器和蒸发冷却器对与再循环空气混合的大气空气进行预冷却。通过在进风口对大气进行预冷,可以显著降低空调的功耗。这将增加空调系统的整体性能系数。因此,以环保的方式有效冷却,节省了运行空调的电力。冷却,预冷,环保,空气循环,提高性能系数。
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