An Evaporative Cooling System for Hot and Arid Climates and Passive Cooling

An Evaporative Cooling System for Hot and Arid Climates and Passive Cooling

Nitin Aher1, Rakhi Bornare2

1 Department of Mechanical Engieering, Sanjivani K.B.P. Polytechnic, Kopargaon, Maharashtra.

2 Department of Computer Engieering, Sanjivani K.B.P. Polytechnic, Kopargaon, Maharashtra

Abstract: The study provides experimental findings and a computer model of an evaporative cooling system with a sub-wet bulb temperature for space cooling in hot, dry conditions. Any long-term plan looking to increase sustainability should be centered around the low energy approach. Reducing the amount of energy used for heating and cooling residential structures is necessary given the climate in India. The performance of a passive cooling system was created as part of the low-cost residential construction project's design work. The sanitary section of the structure is used by the passive cooling systems to precool the air and include a solar chimney. The passage of fresh air within the sanitary area helps to cool it down, and the solar chimney improves natural ventilation. This system's implementation in the living rooms of a cheap housing complex was assessed and approved. This residential building's integrated cooling system is the third prototype the designers have created since 1998. To forecast the air temperature in the living room, a model was created.