The system uses new generation information technologies such as the Internet of Things, AI vision, satellite remote sensing, and cloud computing to connect basic parameter data related to water supply, including the operating status of water plants and pump stations, pressure and flow conditions of water supply pipelines, and water quality at the end of water supply. This makes the internal relationships between various fields and systems of water supply more clear, achieving comprehensive perception, ubiquitous interconnection, and integrated applications.

1、 System functions

1. Smart Water Supply "One Picture"

Based on geographic information systems, it is possible to visually browse the distribution and detailed information of various monitoring points and related resources.

2Real time data monitoring

Realize monitoring and uploading of water supply network pressure, flow rate, water quality, and pump station operation status data, and display them in real-time through a user-friendly configuration interface.

Realize real-time display of water quality status data monitored through satellite remote sensing through a user-friendly configuration interface.

3. Over limit automatic warning

Set a threshold for monitoring point data, and automatically trigger an alarm when the threshold is triggered. The alarm information can be alerted through color, sound, animation, and other methods to remind personnel to refer to and handle it.

4. Data statistical analysis

Realize statistical analysis of big data, output and display in the form of charts, and visually view the trend changes of data. Including water quality monitoring data analysis, pipe burst analysis, leakage location analysis, and so on.

5. Emergency dispatch

Realize emergency event reporting, activate emergency plans, and arrange resources related to pipeline emergency response in an orderly and efficient manner according to the emergency plan settings.

6. Video surveillance

The monitoring screen of each pump station can be rotated and displayed, combined with AI visual intelligence analysis, to automatically identify and detect behaviors such as personnel wearing (work clothes, reflective clothing, gloves, safety helmets, etc.), personnel on duty recognition, operation actions, smoking, area intrusion, crossing warning lines, etc. in the pump station.

7. Monitoring data query

Provide queries for various monitoring devices, monitoring data, alarm data, historical data, and other information.

2、 Customer Value

1. The system covers four major business areas of water supply production, management, emergency response, and service, including subsystems such as water quality, leakage, inspection, and automatic control of pump rooms. At the same time, a safety guarantee system and operation and maintenance guarantee system are established, which runs through the intelligent construction of the entire business process of "water intake water transmission water supply water use water conservation";

2Improve the operational level of water supply and the efficiency of emergency response, providing managers with intuitive and vivid monitoring and decision-making support tools;

3. Horizontally, it runs through professional divisions of labor such as safety, environmental protection, and energy, achieving business linkage;

4Vertically, integrate the three levels of decision-making, management, and execution to achieve intelligent decision-making.