By taking into account the water pump problem that ICFAI University is currently facing. The water supply system at ICFAI University is currently experiencing significant inefficiency. The primary issue is that, because all of the water tanks are connected to one another, when one of them fills up, the water pump continues to run. Since there is only one water pump, it is unethical to turn it off, which causes the already-full tanks to overflow. Therefore, it is a total waste of precious resources. We have developed a solution to this problem that will save electricity in addition to water. We designed this system with the sole purpose of maximizing efficiency in mind. We implement this system using a microcontroller and a few smart sensors. To regulate the water flow, we utilize a different electronic valve for each tank. These valves are made to automatically close and open using a microcontroller’s output. The way this system works is that each tank has sensors installed to detect when it is full. The sensors then send the microcontroller the input data, which indicates that the tank is full. The microcontroller then sends an output signal to the electronic valve to close the sensor-associated tank valve. This system works by filling the other tanks when one tank is full. If all the tanks are full, the microcontroller will receive all the sensor readings and will instruct the water pump to shut off automatically, saving a significant amount of energy. In conclusion, this system will use a lot of energy and resources, resulting in the highest possible efficiency.

In various contexts, the utilization of water can be managed and controlled through the implementation of a technology known as an automatic water control system. This approach is especially advantageous in circumstances in which water needs to be conserved or if there is a substantial amount of water waste that needs to be decreased. The installation of an autonomous water control system has the potential to bring about a multitude of advantages, such as increased water efficiency, less water waste, and decreased water expenditures. Additionally, it can assist in reducing the likelihood of water damage, leaks, and other problems that are associated with water. In general, an autonomous water control system is an efficient method for managing water consumption and conserving this vital resource to a significant degree. Through the implementation of such a system, individuals and organizations have the opportunity to take a big step toward achieving sustainability and environmental responsibility goals. A complex technology known as an automatic water control system permits the automatic management of water supply and distribution in a variety of applications. The system utilizes monitoring and control equipment to monitor and control the water flow, pressure, and level. Due to the growing shortage of water and the imperative to maximize water utilization, the Automatic Water Control System has garnered a lot of attention as an effective option for water management. The purpose of this article is to investigate the potential advantages of the Automatic Water Control System as well as its prospective usage in various industries in the future.

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