Development of IoT Integrated Water Quality Monitoring System
Abstract
Water pollution has become one of the most serious dangers in recent years, since drinking water has been contaminated and polluted. Polluted water can cause a variety of diseases in humans and animals, affecting the ecosystem's life cycle. Early detection of water contamination allows for the implementation of appropriate controls and the avoidance of dangerous circumstances. Smart solutions for water pollution monitoring are becoming increasingly important as sensors, communication, and Internet of Things (IoT) technology advance. The research offers a low-cost and efficient IoT-based smart water quality monitoring system that monitors water quality parameters. Three water samples are used to evaluate the constructed model, and the parameters are sent to the cloud server for additional processing. The solar panel is used to recharge the battery and power the sensor node when there is not enough power. A lithium battery and solar panel work together to provide steady energy storage and continuous operation even in low light. Monitoring the safety of the drinking water supply is the main objective. To avoid the presence of impurities or pollutants that might damage human health, the system will keep an eye on the quality of the water. It should offer accurate and reliable data on a range of water quality characteristics, including temperature, turbidity, pH, and pollutant amounts, which may be useful for drinking, fishing, irrigation, and aquatic life.