DESIGN, SIMULATION AND FABRICATION OF SMART PORTABLE AIR CONDITIONER

Abstract: Heat as always been a problem in every country such as India. Doing work in a hot summer day can be tiring and are prone to make silly and unwanted mistakes. A smart portable air conditioner would be good item to have during these times. When doing work or event, the place could become stuffy and uncomfortable for technician or engineer therefore smart portable air conditioner can be a big relief to them as it can be carried from one place to another easily. However normal air conditioners are mostly marketed as fix and hard to change places whereas smart portable air conditioners are easily carriable from one place to another and is less costly as compared to normal air conditioners as well as the components of smart portable air conditioners are easily repairable unlike normal air conditioners in which the components to be repaired can prove to be very costly as well as time consuming. My aim is to make a Smart portable air conditioner that with the help of motion sensor would not only help to reduce electricity wastage but also that is affordable and reliably cool small confined for a limited amount of time and space. As well as it is eco-friendly as it does not release chlorofluorocarbons which normal air conditioners do which harms the atmosphere as it leads to ozone depletion.

Keywords: Design, simulation and fabrication, temperature variation.