SOA architecture-based water supply network leakage loss and consumption reduction intelligent management platform

Abstract

The invention discloses an SOA architecture-based water supply network leakage loss and consumption reduction intelligent management platform, which comprises a water supply network GIS system, a water supply network SCADA system and a water supply network hydraulic model online dynamic simulation system, wherein the SCADA system and the simulation system are respectively connected with the GIS system; real-time data acquired by the SCADA system and a simulation result calculated by the simulation system are dynamically displayed on a corresponding pipe section and a node of the GIS system, and the operation state of the water supply network can be judged through comparison between the two; the GIS system and the SCADA system are respectively connected with the simulation system, the GIS system pushes geographic information correction data of the water supply network to the simulation system, and the real-time data acquired by the SCADA system are pushed to the simulation system to carry out real-time and online check on the water supply network hydraulic model. The platform is used for timely finding out the operation fault of the water supply network, the leakage loss degree of the water supply network is evaluated, the leakage point is found out, and thus the distribution losses are reduced.

Description

technical field [0001] The invention relates to the technical field of water supply pipe network management, in particular to an intelligent management platform for water supply pipe network leakage and consumption reduction based on SOA architecture. Background technique [0002] Due to my country's rapid economic development, rapid urbanization, and rapid increase in the penetration rate of tap water, the layout and planning of the water supply system are not scientific. The water supply system is a multi-objective problem, which leads to complex pipeline connections, difficult management, long residence time, low operating efficiency of the pipeline network, and large impact range and long time when an accident occurs. Therefore, the layout of the pipeline network should be gradually improved to achieve optimized operation. [0003] The traditional empirical dispatching method can no longer meet the requirements of modern water conservation, safe and economical water sup...

AI Technical Summary

Problems solved by technology

The water supply system is a multi-objective problem, which leads to complex pipeline connections, difficult management, long residence time, low operating efficiency of the pipeline network, and large impact range and long time when an accident occurs. Therefore, the layout of the pipeline network should be gradually improved to achieve optimization run

[0003] The traditional empirical scheduling method can no longer meet the requirements of modern water conservation, safe and economical water supply, and it is imminent to realize the scientific management of water distribution system operation optimization

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