Smart Water Management for Domestic Use

Abstract

We assessed the problem of water in the society and ways to conserve them, described a system to manage and control water for the domestic use. This study is based upon the project for water management Smart Water Management for Domestic Use. Smart Water Management for Domestic Use is a management strategy of home automation. This system aids in the distribution and management of water in a society or flat system. Since this system is applicable in flats, hostels and many residential areas to conserve water, the methods to gather data and to manipulate are widely researched. The necessary research was done on how to check and manage water through ideal solutions and techniques. Smart Water Management for Domestic Use uses an Android application for the operation of management of water resources. We researched the existing strategies to identify water levels to perform necessary actions and provided an upgrade by connecting the devices with the Android application to further perform operations. The water tanks are installed in a series in which water will be supplied sequentially as per requirement through a motor after processing through necessary checks. The flow will be disrupted after getting the required data from the sensors to turn on/off motor. The user will be notified to perform an action regarding the supply of water to destinations and will be viewed in real-time on the application. There was a need to conserve water, so a study was developed to provide a functionality of water sharing. It will allow the user to manage water within the tanks. This assisted in smart management of water with the fulfilment of the conservation purpose. The core achievement of this project was to design a system which fulfils the purpose of water supplying by replacing the manual work to an automated work. The purpose of water conservation and management was promising. The integration of hardware with software was achieved and whole process is managed over a mobile application. Finally, we implemented necessary hardware in which devices are installed and which are operated through the Android application on which options along with visualization is available.