Intelligent drainage system

Abstract

Provided is an intelligent drainage system. An automatic unit of the intelligent drainage system obtains a work rule from an interactive platform to control equipment in the system, and the interactive platform is used for safe interaction of data between the automatic unit, a pipe network monitoring unit and a pipe network model. The pipe network model carries out analog simulation on hydrology, water quality and water power of the system according to equipment parameters and states, basic data and pipe network real-time operation data. The pipe network monitoring unit obtains the pipe network real-time operation data through an intelligent collection terminal, inputs a simulation result to obtain result data and then sends the result data to the interactive platform. The interactive platform sends the work rule to the equipment of the system according to the result data. By means of the intelligent drainage system, the largest operation capacity and the dynamic relation between links of the drainage system can be obtained in advance.

Description

technical field [0001] The invention relates to the field of water supply and drainage, in particular to an intelligent operation monitoring and drainage system in intelligent water affairs that realizes dynamic system monitoring, equipment automatic monitoring, and pipe network model simulation analysis. Background technique [0002] The existing drainage system is divided into multiple links, and the operation of each link has relevance. The current status basically belongs to: independent pipe network monitoring unit, independent static pipe network model analysis, independent automation unit, etc. They are not interconnected, let alone an intelligent operation monitoring system with actual rules after correlation analysis. [0003] The pipe network monitoring unit is to obtain the actual operating status of the pipe network, such as the flow and water level in the drainage, etc.; the pipe network model is to analyze the various capabilities and states of the simulatio...

AI Technical Summary

Problems solved by technology

[0006]Under the actual current status quo operation, not only a lot of waste is generated, for example, when the demand for water at the end is small, the upstream link still works in the original state , the life of the equipment is reduced, the damage to the pipe network is greater, and it is easy to cause leakage of the pipe network, etc., and a large amount of electric energy is wasted

For example, the amount of water in the drainage pipe network needs to be transported to the pumping station for a certain period of time, but the lifting pumping station simply works according to the two water levels of the pumping station pool, which does not give full play to the greatest advantages of the entire system, especially in flood control and drainage. Avoided loss

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