Management system capable of realizing remote pressure of water supply pipe network

Abstract

The invention relates to the technical field of valve remote control, in particular to a management system capable of achieving remote pressure of a water supply pipe network. A management system capable of achieving remote pressure of a water supply pipe network is characterized in that a pipe network data collection and storage module is connected with a local pressure reducing and stabilizing valve monitoring module on a main water pipe through the Internet of Things, and the pipe network data collection and storage module is connected with a pressure demand point analysis module and a pipe network monitoring and processing module; the pressure demand point analysis module is respectively connected with the client website and the pressure master control module, the client website is connected with the client management module, and the pressure master control module is connected with the pipe network monitoring processing module; the pressure master control module, the client management module and the pipe network monitoring processing module are respectively connected with the client, and the client is internally provided with a client service mobile phone APP and client service computer software. Compared with the prior art, the utilization rate of the pipe network can be improved, leakage and pipe explosion rate can be reduced, water can be efficiently supplied, and automation development of the pipe network can be promoted.

Description

technical field [0001] The invention relates to the technical field of valve remote control, in particular to a management system capable of realizing remote water supply pipe network pressure. Background technique [0002] Since the beginning of the 21st century, technology has been changing with each passing day, and automation is developing toward intelligence. Autonomous driving technology that requires safety and complex and changeable scenarios is about to be realized. However, the development of the fluid-based pipe network system is slow, especially in the water supply pipe network related to the international people's livelihood, the degree of automation is very low, the leakage rate is high, and it causes a lot of waste of water resources, and my country's water resources are not abundant, so we should save water resource. In recent years, the state has also paid great attention to this, providing policy and financial support, proposing the development direction of...

AI Technical Summary

Problems solved by technology

However, due to the characteristics of the fluid, especially for large-diameter water supply pipe networks, it is very difficult and costly to develop corresponding valves and monitor corresponding parameters.

In the past four or five years, although some developments have been made, many pipe network equipment and systems have appeared, but most of them are only theoretical support, and do not have the actual situation of specific implementation. So far, there is no system solution that can be solved well.

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