Power Consumption Saving of Air Conditioning System Using Semi-indirect Evaporative Cooling

In the last couple of decades, efforts were made to accomplish a concordance between indoor air quality, air distribution, and energy efficiency and similarly in the center of thermal comfort in the indoor atmosphere. We have shown up at a time when air conditioners add to a significant piece of the power interest in the structure cooling sector. In India, about 70% of the power request is satisfied by thermal power plants, and from this time forward, more energy consumption means more coal consumption causing higher emissions of Earth-wide temperature boost gases. At an outside temperature of 40 °C or above, air forming system plays a basic capacity in keeping up the inside temperature. Global warming has increased the temperature of the atmosphere and that in the end has caused more conspicuous use of air-shaping systems in building cooling. It has become essential equipment to control the internal thermal comfort of business and residential buildings around the globe. The essential concern of any air conditioner is to keep up, with the indoor air quality, temperature consistently, humidity, and air velocity; all these atmospheric properties add to the state of thermal comfort. In this paper, energy saving through semi-indirect evaporative cooling of a vapor compression refrigeration system is studied.