Method for implementing national, branch and provincial dispatching joint teaching plan based on distributed interconnection platform

Abstract

The invention relates to the field of electric power system simulation training, and especially relates to a method for implementing a national, branch and provincial dispatching joint teaching plan based on a distributed interconnection platform. The method comprises the steps of (1) establishing an initial teaching plan for joint training exercises in national dispatching, and performing grid power flow section adjustment for the national dispatching; (2) performing grid power flow section adjustment for branch dispatching; (3) performing grid power flow section adjustment for the provincialdispatching; (4) importing and integrating running data of multiple provincial dispatching teaching plans; (5) performing power flow checking and adjustment on a branch-provincial dispatching joint teaching plan; (6) importing and integrating running data of multiple branch dispatching teaching plans; and performing power flow checking and adjustment on a national-branch-provincial dispatching joint teaching plan. The interaction and data transmission with the platform are realized through a simulation platform service agent by using a communication mechanism of a dispatching data network, and the collaborative production of the national-branch-provincial DTS joint teaching plan is realized according to production standards of the joint teaching plan.

Description

technical field [0001] The invention relates to the field of power system simulation training, in particular to a method for realizing joint teaching plans of national sub-provinces based on a distributed interconnection platform. Background technique [0002] During the "Thirteenth Five-Year Plan" period, the UHV power grid of the State Grid Corporation of my country entered a stage of comprehensive and rapid development, and the backbone grid structure was gradually formed. It may evolve into a wider range of faults. The new characteristics of the UHV power grid put forward higher requirements for the collaborative operation and management capabilities of the UHV power grid regulators and operators. [0003] At present, the participation of provincial surveyors in the national survey and sub-commissioning joint exercises is mainly based on the WEB method, the country-by-province model stitching method, and the country-by-province survey using their own model methods. In th...

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Problems solved by technology

[0005] (1) In the WEB mode, the man-machine interface and simulation model of the WEB student station are completely consistent with the control center of the national dispatching station, and there are large differences with the models of the sub-dispatching and provincial dispatching control centers, and the scope and depth of the power grid model are inconsistent. The teaching plan used is The teaching plan made by the national survey lacks the participation of the sub-discipline and provincial survey

[0006] (2) The country-by-province model stitching method, the simulation model is mainly spliced ​​by the national transfer side, the teaching plan production process is mainly completed by the national transfer side, and the participation of the sub-tune and provincial transfer is not strong

[0007] (3) In the national sub-provincial survey using their own models, the national sub-provinces use the local teacher system to make teaching plans, the consistency of the initial section is difficult to guarantee, and the teaching plan production process is relatively independent, there is no collaborative process

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