Design and Fabrication of Solar Powered Air Quality Monitoring System

Air pollution is becoming a severe problem in metropolitan areas, requiring special care due to high decibel levels and the presence of dangerous substances in the environment. Controlling pollution (including air pollution) is becoming increasingly necessary in order to maintain a healthy lifestyle and a better future. In this work, an effective Internet of Things implementation is employed to monitor ambient atmospheric conditions such as air pollution. This research presents a conceptual design for a versatile, cost-effective, and adaptive system for monitoring the air and acoustic quality of a specific venue. This system provides a monitoring system for air quality, allowing us to monitor and check in real time. This data is continually transmitted by the system, which employs Air sensors for detecting pollutants and carbon dioxide in the air. The monitoring devices like AM7000 which are currently used are felt difficult to implement because of its short range of monitoring, higher cost etc. Other devices which are used for monitoring faces a major disadvantage because of its higher volume, its huge weight etc., The major objective of the proposed system is to make a device which is lesser in volume and weight, cost efficient and also to provide a system which is much more effective in monitoring