Leakage positioning method based on Internet of Things and hydraulic model

Abstract

The invention discloses a leakage locating method based on the Internet of Things and a hydraulic model. The method is characterized in that the Internet of Things technology is adopted to monitor a pipe network in real time, and through pipe network model analysis, cooperation with valve operation in the pipe network and combination with the influence of night flow and pressure change before and after operation on the flow in the pipe network, accurate positioning and leakage amount determination of the leakage of pipe network are realized. Compared with the prior art, the method has the advantages of small equipment installation number, simple operation, repeated calculation and analysis by model software in positioning, no need for a large amount of manpower and the like, greatly shortens the sensing time of a leakage point, enhances the active leakage detection capability, and has a good engineering application prospect under the condition that a current leakage rate is relatively high.

Description

technical field [0001] The invention relates to the technical field of intelligent management of water supply pipe networks, in particular to a leakage location method based on the Internet of Things and a hydraulic model. Background technique [0002] The leakage of the water supply network and the control of the difference between production and sales have become a major problem for water supply enterprises and water users. The leakage of tap water wastes the cost of water intake, treatment and distribution of the leaked water. In order to ensure water use, additional investment is required to increase water volume and increase water pressure in some areas. The increase in water pressure will lead to an increase in the amount of leakage. When the amount of leakage is too large, it will lead to low service pressure and insufficient water supply in some areas, which will affect production and life. Damage to the pipeline may affect the water quality of the pipeline network....

AI Technical Summary

Problems solved by technology

The increase in water pressure will lead to an increase in leakage. When the leakage is too large, it will lead to low service pressure and insufficient water supply in some areas, which will affect production and life.

Damage to the pipeline may affect the water quality of the pipeline network. If the pipeline leaks for a long time without being discovered, it may cause road surface subsidence due to soil loss, affecting the safety of buildings and road traffic, and in severe cases, it will cause loss of personnel and materials

[0003] The existing technology of water supply pipe network management generally relies on manpower to sweep the carpet for night detection, resulting in the inability to detect leakage and location in time, and to accurately grasp the leakage situation. In the process of leakage control, the treatment effect is often not Accurate assessment, leakage control input and output ratio is impossible to assess, lack of efficient leakage monitoring means and methods

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