PORTABLE PERSONAL ECO-FRIENDLY AIR COOLING SYSTEM AND METHOD THEREOF
The present invention relates to a portable, cost-effective, eco-friendly, sustainable and energy efficient air cooling system based on the principle of evaporative cooling. The geometry of the system is designed in a way that it is a singular volume with a central vent or air passage (15) comprising air cooling units made up of a material capable of capillary action (10), the air cooling units (10) stacked in frame (12) to form air cooling pads (11), a motorized fan or blower (31) placed at the end or in between the plurality of air cooling pads (11), a coolant collection tank (60) to store coolant (20). The plurality of air cooling units (10) are of specific shape and size and arranged in a specific manner to maximize the surface area needed for evaporative cooling, thereby reducing the speed and temperature of incoming hot air (30) to optimize contact surface area and contact time of the incoming hot air (30) with the coolant (20), thereby making the system energy efficient, sustainable, eco-friendly and cost-effective. The system further comprises of sensors (40, 40a, 40b, 40c,... 40n), rotatable base control device, electronic control unit (45), filtration unit and display unit.