Smart Water Service

Water meter pipeline networkreal-time monitoring, fast positioning pipe network, reduce leakage rate.

Improve service level and increase efficiency. Real-time data return, realize data-sharing and visual management, break the information island.

Background

Smart water service will bring three main value points. First, reduce the leakage rate, and realize leakage analysis through gridding of water meters, real-time monitoring, and rapid positioning of pipe network problems, so as to reducing leakage. Second, reduce changes, and eliminate the phenomenon of large-scale water meter replacement, “redeployment” and “reinstallation” through Langyang universal meter reader, improve service levels and reduce changes. Third, through the real-time return of data such as pictures and identification values, to achieve refined and visual management and improve management capabilities.
Based on the combination of LoRa IoT technology and Internet information technology, through the construction of a regional or administrative level management system, users and enterprises can communicate with each other, break the information island phenomenon, provide scientific decision basis for water management, and make water management more scientific and standardized .

Solution

Non – invasive machine vision meter reader, water-proof, anti – freezing, trampling prevention anti – leakage

Construction of regional or administrative level management system, to achieve user and enterprise information exchange, break the phenomenon of information island.

Through the grid of water meter, real-time monitoring, rapid location of pipe network problems to achieve leakage analysis,  so as to reduce leakage.

Take the initiative to detect leaks, find leaks and repair them in time. Flow monitoring, analysis, data analysis, active leaking detection and location leakage point.

Through the real-time return of pictures, recognition values and  data, the realization of fine, visual management, improve the management capability. 

Through the real-time return of pictures, recognition values and  data, the realization of fine, visual management, improve the management capability. 

Through the grid of water meter, real-time monitoring, rapid location of pipe network problems to achieve leakage analysis, so as to reduce leakage.

Take the initiative to detect leaks, find leaks and repair them in time. Flow monitoring, analysis, data analysis, active leaking detection and location leakage point.

Construction of regional or administrative level management system, to achieve user and enterprise information exchange, break the phenomenon of information island.

Features and advantages

LangYang Smart Water Integrated Big Data Management and Control Platform obtains the online and real-time integrated monitoring of the entire water affairs from the management to the user’s entire chain. It maximizes data sharing and leakage monitoring. It uses big data mining technology to refine the core of each application subsystem Data, give full play to the advantages of each system, and provide important data support for auxiliary decision-making of water companies.

Smart platform realizes the change of customer equipment configuration, real-time view of equipment data, real-time monitoring of abnormal equipment, and solve the problem of long meter reading cycle due to the manual meter reading, massive loss of data, and failure to timely detect and deal with water leakage.

  • Possesslinkage function, real-time display of the equipment status, remote monitoring, remote configuration.
  • Establish user files, management control via hierarchical authority, user operation log tracking can be checked.
  • One household one meterdata management information; Leakage investigation and data analysis system.
  • Equipment abnormal platform self-check and human error correction, real-time monitoring of equipment operation, remote alarm.
  • Strong system compatibility. Compatibe  with the three operators of the operating network. Large capacity interface design, massive data storages, data  display visually.