Sewerage flow quantity tracking, coordinating and optimizing control method based on internet and system thereof

Abstract

The invention discloses a sewage rate tracking coordination optimizing control method based on the internet and a system thereof. A plurality of relative drainage pumping stations distributed in a drainage system of the city are connected with a central control unit through the internet, under the control of the comprehensive coordination optimizing drainage in wide zones, the whole drainage system realizes the operation with excellent efficiency and minimum energy consumption, and can ensure that the system realizes that sewage can not exceed the management and the best electricity conservation as well as the resource conservation drainage control under uncommon conditions such as raining, sudden inrush current and the like; the pumping stations adopt a reserve site to automatically switch and control, thereby avoiding the incontrollable phenomenon of the drainage system caused by the deficiency of the global coordinated control command when the network is intermitted and maintained or the central control unit is in failure, and realizing that the pumping stations drain sewage safely with unattended operation.

Description

technical field [0001] The invention relates to a sewage discharge flow tracking coordinated optimization control method and system thereof, in particular to a coordinated optimization control method and system based on the Internet for flow tracking between urban drainage pumping stations. Background technique [0002] The urban drainage pumping station is a high energy consumption system distributed in a wide area. The current basic control method is: pumping stations and units at all levels are independently controlled by manual operation. When rainfall, sudden inrush, etc. will cause a sudden change in the water level of the pipe network in the interval, sewage overflow pollution accidents will easily occur; The capacity is large, and it is difficult to achieve the high efficiency and energy saving of urban drainage pumping station system flow tracking, coordination and optimization of discharge. Contents of the invention [0003] The purpose of the present invention ...

AI Technical Summary

Problems solved by technology

When rainfall, sudden inrush, etc. will cause a sudden change in the water level of the pipe network in the interval, sewage overflow pollution accidents will easily occur; The capacity is large, but it is difficult to achieve the high efficiency and energy saving of urban drainage pumping station system flow tracking, coordination and optimization of discharge

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