Management system based on water quantity information acquisition and pumping station group optimization

Abstract

The invention relates to a management system based on water quantity information acquisition and pumping station group optimization. The system comprises a background analysis system and an in-situ control system; the background analysis system is responsible for backend data and instruction communication acquisition, data storage and business application and model algorithm of the whole system, wherein the business application includes water quantity information and water supply information acquisition, real-time water quantity scheduling, water quantity statistics analysis, operation schemeevaluation and feedback adjustment, and the model algorithm includes a water demand model, a prediction model, a water flow evolution model, a water quantity distribution model, a scheme evaluation model, a pumping station group optimized scheduling model and a single-pump optimized scheduling model. With the system of the invention adopted, the efficiency of a single pumping station and all pumping stations of a pumping station group can be improved, energy consumption is reduced, labor costs and risks are reduced, and the social and economic benefits of the operation of the pumping station group can be improved.

Description

technical field [0001] The invention relates to the field of water conservancy informatization and automatic control of pumping stations, in particular to a management system based on water volume information collection and optimal scheduling of pumping station groups. Background technique [0002] In recent years, the investigation and research conducted by relevant departments of our country on the operation status of some pumping station groups in the country shows that: due to various objective and subjective factors, most of the pumping station groups in my country are operating inefficiently, and more than half of the country's pumping station groups are operating inefficiently. The device efficiency of the pumping station is less than half, and the device efficiency of many pumping stations is only one-third. That is to say, more than half of the energy consumed by the pumping stations in our country is wasted so far, and the operation of the pumping stations has paid ...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the above problems and provide a management system based on water volume information collection and optimal dispatching of pumping station groups. The problems of low efficiency, high energy consumption, high labor cost and high risk of individual pumping station and overall pumping station in the existing pumping station group

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