Abstract

Water is the most fundamental natural resource for all living things. Water scarcity is becoming the most serious problem confronting the majority of the world's cities, and transmission waste is becoming a worldwide danger. More than half of the earth's surface is covered by water, yet 96.5 percent of it is saltwater and just 2.65 percent is freshwater. As a result, controlling and conserving water is critical for our future. Overhead tanks or containers are erected in many regions for water storage due to the increasing population and everyday demands. Traditional water tanks do not regulate or conserve the water level in the tanks. There is a need to automate the water management system by deploying sensors and monitoring the data on the server using technologies such as the Internet of Things (IoT) and cloud computing. A prototype system for autonomous control and monitoring utilizing IoT has been built in this study. smart water management, so that the water level is automatically monitored, preferably pumping water at a low level and stopping at a full level. The prototype model incorporates two operational control systems: In mode 1, it functions as a system controlling the automatic operation of tank and sump level monitoring. In mode 2, it performs an automatic operation on borewell motor operation and tank water level monitoring, employing float sensors for water level monitoring and flow sensors for water flow in the pipe. The STM32 is used as the system's brain to control the entire process. A buzzer is used to warn the system when the water level is high or low. The IoT system is intended to use MQTT (Message Queuing Telemetry Transport), and the collected data will be transferred to the cloud. The ESP8266 is used to wirelessly link sensors to the router

Description