Multi-water-plant intelligent linkage water supply control system and control method thereof

Abstract

The water supply control system comprises a plurality of pump station water supply systems, and the pump station water supply systems are used for supplying water to water plant pipe networks in areas where the pump station water supply systems are located and uploading flow and pressure, collected in real time, of the corresponding pipe networks to a water supply adjusting station; the water supply adjusting station is connected with the multiple pump station water supply systems through a connection main pipe and used for judging whether the current water supply amount is sufficient or not according to the flow and pressure uploaded by each pump station water supply system; if yes, water supplementing is not needed at present; otherwise, calculating the water demand required to be called; and judging whether the surplus water quantity of the pump station water supply system with the priority lower than that of the pump station water supply system is greater than the water demand, if so, calling the water demand from the pipe network corresponding to the pump station water supply system with the priority lower than that of the pump station water supply system, otherwise, synchronously calling the water demand from the pipe network corresponding to the pump station water supply system with the priority lower than that of the pump station water supply system and the emergency pool of the water supply regulation station.

Description

technical field [0001] The invention relates to the technical field of water supply, in particular to a multi-water plant intelligent linkage water supply control system and a control method thereof. Background technique [0002] In plain areas, the urban-rural water supply integrated water supply project is generally divided into urban areas for water supply and some rural areas for water supply according to the characteristics of water supply in cities and villages. The water supply area in the urban area is small, the water users are concentrated, the per capita water consumption is large, there are many high-rise buildings, and industrial water is large, and the pressure and demand for water supply services are high. The rural water supply area has a large water supply area, scattered villages and towns, less water consumption per capita, less high-rise buildings, less industrial water use, and low pressure and demand for water supply services. [0003] According to the...

AI Technical Summary

Problems solved by technology

However, when the self-component system of each water plant has a problem in a certain water source or a certain water plant, the anti-disaster and anti-accident capabilities of the subsystems are relatively weak

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