Solar Power-Driven Intelligent IOT Based Automobile Cabin Cooling System

Abstract

Automobile owners especially in India are facing lots of issues as the temperature here is simply high, once parked underneath the hot sun. During this project, the planning and development of a automobile cabin cooling system is represented in brief. A brand-new ventilation has been designed that contains fan, solar array, temperature sensors and electronic feedback circuit to mechanically management the temperature within the automobile cabin once ignition is off. This technique incorporates a separate controller that managements the automated temperature control unit. The system starts once the temperature reaches forty degree and stops once the temperature comes below thirty degrees as per our setting in controller. This easy projected system provides comfort to users thanks to its capability in rising the standard of air and wet within the car’s cabin. Experiments were conducted in open sun rays with completely different close temperature and therefore the fastened temperature at that the good system to be activated. It had been determined that the new air temperature within the automobile decrease significantly once the good ventilation was on.

Keywords: Solar power, automobile, cooling system, comfort, temperature change.

Cite this Article:

Amol Kamble, Gaurav K. Hole, Aditya P. Ambekar, Rohit B. Yadav, Rohit B.Hagwane. Solar Power-Driven Intelligent Iot Based Automobile Cabin Cooling System. Journal of Energy, Environment & Carbon Credits. 2020; 10(3): 10–15p.