Construction method of reservoir dispatching rule base with expansibility and structuralization

Abstract

The invention discloses a construction method of a reservoir dispatching rule base with expansibility and structuralization. The method comprises the following steps: 1, extracting characteristic values of a reservoir scheduling rule, including elements such as a control object, a starting opportunity, a scheduling mode, a corresponding reference site, a reference condition and the like; 2, carrying out prototype design on the scheduling rule base according to a logic relation between the characteristic values; 3, based on the selected network data exchange format with expansibility and structuralization, constructing a reservoir scheduling rule base system framework; and 4, carrying out numerical instantiation on the scheduling rule base by using the extracted reservoir scheduling rule characteristic value, and providing data support for model calling. Digital description and construction of the reservoir group joint scheduling rule are achieved, the method has the advantages of being universal, practical, easy to expand and the like, workers can read and compile the rule easily, meanwhile, machine analysis and generation are easy, the method conforms to the operation mode of actual scheduling, and the expansibility and applicability of the reservoir scheduling rule are improved.

Description

technical field [0001] The invention relates to the cross technical field of water conservancy and hydropower and computer science, more specifically, it is a method for constructing a reservoir dispatching rule base with scalability and structure. This method can realize the generalized description of reservoir operation alone or cascade (series, parallel) joint operation rules, and can be used for rapid development and extended application of reservoir dispatching models and watershed management business models (such as flood control, power generation, ecology, shipping, etc.) Provide a feasible path. Background technique [0002] There are many river basin and reservoir projects in our country. Using advanced information technology to implement joint intelligent dispatch of river basin and reservoir groups under the framework of unified dispatching technology is an important means to make up for the shortcomings of flood control and disaster reduction and water resource u...

AI Technical Summary

Problems solved by technology

Traditional reservoir dispatching models, existing watershed management decision-making support systems, etc., have not realized the mathematical representation and expression of single-reservoir or multi-reservoir joint dispatching schemes, and cannot objectively reflect and integrate reservoir dispatching knowledge and technology, expert experience and conventional cognition However, the orderly organization and structure of the reservoir dispatching plan with narrative text as the main expression form has not yet been realized, and it is impossible to fully reflect the dispatching elements (dispatching objects, control stations, flood control protection objects and related hydrological The causal relationship and organic link between elements)

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