Combined dispatching system and method for multiple water sources

A joint dispatching and multi-water source technology, applied in resources, instruments, data processing applications, etc., can solve problems such as unreasonable utilization of water resources, water shortage, uneven distribution, etc., achieve good promotion and application prospects, optimize configuration, and promote sustainable development. The effect of sustainable development

Inactive Publication Date: 2014-07-16
JIANGSU WATER CONSERVANCY SCI RES INST
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Problems solved by technology

The research on optimal allocation of water resources can provide scientific basis, countermeasures and measures for the rational allocation and use of water quantity and quality in time and space. The combination of the three water resources for dispatching measures is only a s

Method used

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Example 1

This embodiment discloses a multi-source joint dispatch system. The system forecasts the reservoir in a future period according to the current storage conditions of the reservoirs in the area and the control storage requirements at the end of a period in the future, and the current conditions of each pumping station and sluice. Based on the incoming water, predicted precipitation, and the predicted water demand of each water supply area, through the water balance of the entire engineering system, the water supply volume of each reservoir, pumping flow rate of pumping station, sluice flow rate, and city boundary cross-section water flow in a future period are calculated The flow rate, the amount of water available and deficit in the water supply area, and the storage capacity of the reservoir at the end of a period in the future, and calculate the most reasonable water transfer plan.

The structure diagram of the multi-water source joint dispatch system provided by this...

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Abstract

The invention relates to a combined dispatching system for multiple water sources. The combined dispatching system for the multiple water sources comprises a real-time water quantity acquisition module, a data inputting and reading module, a demand-decided supply calculating module and a calculation result output module, wherein the real-time water quantity acquisition module and the data inputting and reading module are in communication connection with connected with the demand-decided supply calculating module and provide basic calculation data for the demand-decided supply calculating module, the demand-decided supply calculating module is connected with the calculation result output module and transmits a calculation result to the calculation result output module, and the calculation result is displayed. In addition, the invention provides a combined dispatching method for the multiple water sources. The method comprises the steps that (1) water and rainfall information of each sub-river-basin is acquired; (2) according to a set water supply dispatching rule, planed water supply dispatching data are obtained and stored; (3) water quantity balance calculation is conducted on the sub-river-basins which are pathwise communicated one by one; (4) according to the demand-decided supply rule, water supply dispatching rules of the reservoir sub-river-basins and river reservoir sub-river-basins are respectively simulated, and then a reasonable water transferring scheme is obtained.

Description

technical field The invention relates to a water resource dispatching system and a method thereof. Specifically, the present invention relates to a multi-water source joint dispatching system and a method thereof, belonging to the technical field of water resource dispatching and processing. Background technique Water resources are the material basis for human survival and economic and social development, and are irreplaceable and important natural resources. With the rapid increase of population, the expansion of irrigated agriculture, the development of industrialization and urbanization, the living standards of urban and rural residents have improved, and the demand for water in human society has increased dramatically. The concept and function of water resources optimal allocation refers to following the principles of fairness, high efficiency and sustainable use within a river basin or a specific region, with the goal of sustainable use of water resources and sustainabl...

Claims

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Application Information

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IPC IPC(8): G06Q10/06G06Q50/06
Inventor 吴苏舒胡晓东黄俊友蒋春祥
Owner JIANGSU WATER CONSERVANCY SCI RES INST
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