Optimal Dispatch System of Water Supply Network

Abstract

The invention relates to an optimization dispatching system for the water supply network. The optimization dispatching system includes the water supply network having at least one water inlet pipeline, and multiple water storage devices connected with the water supply network through the at least one water inlet pipeline, wherein the water inlet pipeline or the multiple water storage devices is equipped with a water inlet signal detection device, the water inlet signal detection device is connected with a water inlet timing sequence prediction module and a water inlet timing sequence operationmodule, the water inlet timing sequence prediction information is established by the water inlet timing sequence prediction module according to the received water inlet timing sequence information, the water inlet timing sequence of the water inlet pipeline is re-planned by the water inlet timing sequence operation module, so the flow and pressure fluctuation of the water supply network within the water supply period are made to be lower than those before planning of the water inlet timing sequence operation module. The system is advantaged in that the pressure and the flow of the water supply network after planning are made to be slow and stable, abrupt change of the pressure of the pipeline is reduced, and the water leakage rate and pipe explosion of the pipeline are effectively reduced.

Description

technical field [0001] The present invention relates to an optimal dispatching system for a water supply pipe network, in particular to a system that detects the timing information of the water inlet of the water storage equipment or detects the timing information of the water outlet of the water storage equipment, analyzes the forecast information of the water inlet timing of the water storage equipment, and then performs an optimization calculation The method re-plans the water intake sequence of the water intake pipeline, so that the flow and pressure fluctuations of the water supply network during the water supply period are lower than those before the planning of the water intake sequence calculation module. Background technique [0002] According to urban development in the 21st century, the urban population density is getting higher and higher. There are usually hundreds of households living together in the building, and the water supply network first transports the t...

AI Technical Summary

Problems solved by technology

This previous patent is mainly to adjust the outlet water pressure of the water plant from the aspect of water supply to ensure the lowest water supply pressure at the most unfavorable point; if only the most unfavorable point (low water pressure point) is the target of regulation, it will inevitably result in high water pressure in the metering area point, the water pressure will increase even more, and even cause the pipe to burst

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