Published Paper Details:

The Internet of Things (IoT) has revolutionized the way we interact with our environment, and its potential applications in various fields are vast. One such field is dam water level monitoring and water quality management. With the use of IoT-based systems, the monitoring and management of these critical resources become more efficient and cost-effective. This paper presents an IoT-based dam water level monitoring and water quality management system that utilizes Arduino, Red, Green, and Yellow LED, water level sensors, solenoid valves, buzzers, pH sensors, and ESP 8266 modules. The system uses the sensors to continuously monitor the water level and quality of the dam and sends the data to the cloud via the ESP 8266 module. The system is designed to trigger alarms through the use of the buzzer and the color-coded LED lights (Red, Yellow, and Green) to indicate the water level status. Additionally, solenoid valves are used to regulate the water flow, ensuring optimal water levels in the dam. The pH sensor is used to monitor water quality and send alerts if any deviations are detected. he IoT-based system has several advantages over traditional monitoring systems, including real-time monitoring, remote access, and data analytics. The data collected can be used to make informed decisions regarding water management, such as optimizing water usage, predicting future water levels, and identifying potential hazards. The system is also cost-effective and easy to implement, making it an ideal solution for water resource management. In conclusion, the IoT-based dam water level monitoring and water quality management system presented in this paper has enormous potential in ensuring the efficient management of critical resources. By using readily available components such as Arduino, Red, Green, and Yellow LED, water level sensors, solenoid valves, buzzers, pH sensors, and ESP 8266 modules, this system provides an effective solution for water resource management.