Peltier Effect Technology in a Polymer Hollow Spiral Evaporative Cooling System to Lower Health Risk

Abstract

Climate change and global warming have resulted in unique environmental issues because of human-enhanced energy consumption activities. The cooling of numerous hospitals as well as residential and commercial buildings is the main cause of power consumption in hot and coastal regions. The use of cooling systems, along with airborne particles like dust, pollen, animal dander, harmful bacteria, and cockroach allergens, has a direct correlation with the lengthening of daylight hours and the depth of warmth in hot regions. These factors can lead to allergies, inconvenience, and chronic lung diseases. This study examines the effectiveness of hollow polyvinylidene fluoride fibers as a spiral-shaped material for evaporative cooling in order to reduce power consumption.