IoT Based Well Water Level Monitoring Using I2C Protocol

Abstract

Abstract: This study suggests an Internet of Things (IoT)-based well water management system that transfers data between the well and a centralized control unit using a master-slave communication strategy. The system is designed to overcome problems with conventional water management systems, including manual monitoring and control, a dearth of real-time data, and human error. A sensor network is placed in the well as part of the suggested system to gather information on the water's level. The information is then communicated effectively and reliably to a central control unit using a master-slave communication strategy. Making timely and well-informed decisions is made possible by the central control unit's processing of the data and provision of real-time feedback on the quantity and quality of the water. The system has been put to the test in a rural well, and the results show how well it manages water, cuts down on waste, and ensures sustainable use of water resources. With access to clean and safe water, the suggested IoT-based well water management system can significantly improve the livelihoods of communities by being implemented in additional rural locations