DESIGN AND IMPLEMENTATION OF A SMART CONTROL SYSTEM FOR WATER SUPPLY TRANSFER PUMPS

Abstract

The increasing demand for efficient water management in residential houses, hotels, and hospitals necessitates innovative solutions to ensure reliable water storage while minimizing waste and energy consumption. The goal of this project is to automate the process of transferring water to storage tanks through the design and installation of a smart system for water supply transfer pumps. The system is designed to keep water levels at ideal levels, minimizing the need for human intervention and guaranteeing a steady supply of water under demanding situations. Real-time water level monitoring and control are achieved by the smart water supply system with the use of relays, water pumps, microcontrollers, and ultrasonic water level sensors. The microprocessor receives data from the ultrasonic sensors, which measure the water level in storage tanks, to decide when to turn on or off the water pumps. The pumps are triggered automatically to replenish the tanks when the water level falls below a certain threshold. In a similar vein, the pumps are turned off to prevent overflow and guarantee effective pump performance when the water level hits the top limit. In settings like homes, hotels, and hospitals where having access to clean water is essential, this system guarantees a steady and dependable supply of water. Particularly in settings with high water demand, automating the water transfer process minimizes human error, improves water conservation, and uses less energy. The system's architecture ensures that it will consistently store water without the need for manual modifications or frequent monitoring. In addition to increasing operational effectiveness, the smart water supply system's deployment promotes environmentally friendly water management techniques. For establishments that need stable and effective water storage solutions, it provides continuous water availability and is a sensible and affordable option.