Smart Water Platform
The long-distance raw water pipeline monitoring platform relies on the Internet of Things and is supported by intelligent leak detection algorithms, water hammer intelligent algorithms, spatial analysis, GIS and other technologies to achieve comprehensive monitoring of hazardous pressure transients, pipe bursts, and water leaks in pipelines. Provide technical support for multiple business applications such as pipeline safety, pipeline optimization scheduling, safety assessment, and pipeline leakage. While ensuring the safe operation of pipelines, there are business application requirements in terms of economic benefits, scheduling modes, and pipeline equipment monitoring. Displayed on the homepage of the platform in the form of a GIS map, the content includes map alarms, monthly pipeline anomaly statistics, annual pipeline anomaly statistics, daily water supply and cumulative water consumption, and online status of sensor equipment. Management personnel can have a detailed understanding of the main information of the entire pipeline through one page. Combine dynamic alarm information with static information to provide a more comprehensive information system. Combining real-time online monitoring with statistical information provides rich basis for decision-making by management personnel.
Comprehensive homepage of water monitoring platform
Pipeline GIS Map Management
The platform supports the integration of alarm information maps with GIS maps, displaying offline maps of pipelines with built-in geographic information. It can display alarm information, valve well geographic locations, sensor installation locations, and sensor online status, and can be dragged and zoomed in/out.
GIS map display
Equipment operation status monitoring
Through the built-in heartbeat packet mechanism of RTU, online monitoring of monitoring devices along the pipeline is carried out. For disconnected devices, alarms are promptly pushed forward, and the correctness of sensor data is judged by comparing the data collected by sensors. For sensors with obvious errors in data collection, alarms are pushed forward. Ensure the availability of sensors and the accuracy of data.
Online monitoring of pipeline operation status
The monitoring of pipeline operation includes online monitoring of sensors and real-time changes in pressure, which is to monitor the real-time data of sensors. GIS maps can display the online status of various sensors in the pipeline in real time, as well as the change curves of pressure data and acoustic data.
Operation status and real-time data display
Real time data analysis and mining
The platform supports waveform and time domain display: the system can retrieve real-time and historical data for analysis and display, and can filter based on various conditions such as installation location and sensor type. The time-frequency diagram displays the process of frequency characteristics changing over time, helping users analyze the changing characteristics of signals in a dynamic manner and enhance their ability to identify and solve problems.
Intelligent alarm push and processing
The platform supports displaying abnormal events discovered in the pipeline in the form of a list. Support filtering by time, type of abnormal events, alarm level of abnormal events, pipeline of event occurrence, processing of abnormal events, pressure curve review and alarm handling. A monitoring loop is formed through the push of alarms and the handling of inspection personnel.
Data statistics and backtracking
The platform supports data statistics and historical data tracing, with statistical charts displayed in the form of bar charts, line charts, and information lists. Support selecting the time to be counted, selecting the alarm type for querying, and switching the display mode of the statistical chart. Support filtering by region, location, start time, and end time.
User role management
The platform supports the management of user groups, users, roles, system management permissions, and application permissions; System management permissions include: management menu permissions, area permissions, and organization permissions; Application permissions include: function menu permissions, business resource permission management.
Engineering Information Management
The platform supports the management of pipeline valve wells and the installation of sensors on pipelines.
Platform integration components
The platform has an open interface, and the central platform can obtain various rich information about equipment or management stations along the pipeline through the open interface.
Contact person
Phone
Address
West Section of Huanghai Avenue, Hai’an City, Jiangsu Province (Fenghe Co., Ltd.)