Smart City Gnosys
Smart city article details
| Title | Smart Water Metering System |
|---|---|
| ID_Doc | 51748 |
| Authors | Kumar E.K.; Kumar D.A.; Manwitha T.; Sai G.Y. |
| Year | 2024 |
| Published | AIP Conference Proceedings, 2512, 1 |
| DOI | http://dx.doi.org/10.1063/5.0111828 |
| Abstract | Water is the most important role in day-to-day life. Water shortage is becoming a reality as water use and pollution continue to grow concern round the universe while s o m e reckless individuals waste water on a regular basis by overusing it, a large population remains without access to clean drinking water. This problem is caused by the irregular distribution of water. To deal with this, we need a solution that gives data about water flow rate as well as water use of an industrial area or home to the government to enable proper water distribution. This paper aims to build a Smart Water Metering System (SWMS) for real-time water monitoring. The relatively recent Smart Water Metering (SWM) Technology offers high resolution and frequent watering consumption data which may be wont to improve water protection and management by providing suggestions to customers. Water is one among the vital resources for the existence of human life then the Smart water management system features a key role in smart city. Through using moderate Internet of thing equipment including mobile applications, a smart metering solution suggested varies with standard production techniques. This device requires all Meter Readers to use standard devices as single local suppliers to do smart meter and upgrade the database of the network. An online tracking system is to provide these data on web dB in real-time. The routing protocol increases the reliability of water supply and lowers the use of electricity, potential failures and, as a result, loss of water supplies, and the alternative methods needed for smart water metering have been reviewed. And a design for a Smart water meter is proposed and an implementation detail of Smart water metering system is discussed. © 2024 Author(s). |
| Author Keywords | Arduino Pro; IoT; Prototypes; Smart meters; Smartphone; Water flow sensor |
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