Temperature-Based Smart Heater System with Integrated Air Purification in Health Care

Abstract

In our modern world, ensuring optimal indoor air quality and temperature is essential for health and comfort. This study explores the creation of a smart environmental control system that seamlessly combines temperature regulation and air purification. By using advanced sensors and automated mechanisms, the system continuously monitors and adjusts indoor conditions to provide a healthy and comfortable living environment. Key features include the use of temperature sensors, air quality monitors, and a microcontroller that controls heating elements and air purifiers. The research highlights the significant benefits of merging thermal comfort with air purification, showcasing improved energy efficiency and enhanced air quality. Despite some challenges with sensor calibration and performance under different temperatures, this study presents a promising solution for modern indoor spaces. It advocates for further advancements in smart home technologies to enhance overall well-being.