Solar Powered Air Purification and Cooling

This paper presents a pioneering approach to address indoor air quality challenges in urban residential spaces through the integration of solar power and advanced technology. The developed system leverages dual-axis solar tracker technology for efficient energy harvesting and storage, ensuring continuous operation. Automation driven by energy-efficient algorithms orchestrates indoor air filtration using sensors and advanced filters to remove dust and toxic gases effectively. A key innovation is the integration of renewable energy with air purification, contributing to sustainable urban practices and healthier living environments. Central to this system is an intelligent air quality monitoring framework, based on the Arduino Uno microcontroller, facilitating real-time assessment of indoor air quality. Rigorous testing and residential experiments validated the system's capability in accurately monitoring air quality indicators. The findings highlight the potential impact of this system in mitigating the transmission of airborne viruses and pollutants, thereby enhancing indoor air quality significantly. This project represents a crucial step towards creating sustainable and healthier urban living environments.