Method for designing dispatcher training architecture based on service drive

Abstract

The invention provides a method for designing a dispatcher training architecture based on service drive, which relates to the technical field of automatic simulation trainings and aims to solve the technical problems dispatcher training. The method comprises the following flows: 1) establishing a complete service set S=[S1, S2, S, ...]; 2) splitting the service set S1; 3) performing completeness test on the S set until the S set can normally describe the routine works of dispatchers and process forecast power network accidents; 4) performing sequential identification on each subset P; 5) performing redundancy check on a plurality of subsets P, and eliminating the redundant subset Pj; 6) performing aggregation on the plurality of the subsets P in the step 5) to form a proper subset based on the service S; 7) performing platform-independence design on each vector of the subsets P in the step 6); and 8) combining each subset P and performing sequentialization to obtain a new service. The method has the characteristics of the capability of solving the difficulties caused by variable requirements and varied local procedures of the prior training, complete design and easy training maintenance.

Description

Technical field [0001] The present invention relates to automatic simulation training technology of electric power system, in particular to a realization technology of dispatcher training used for dispatching center of electric power system. Background technique [0002] Dispatcher Training Simulator (DTS) is a set of digital simulation and training system suitable for power dispatch, automation, method and operation management. It adopts modern computer technology and mature algorithms to establish actual power system The mathematical model simulates the operation of various equipment by daily dispatchers and the handling of various situations after failures, and trains system dispatchers under the control of normal, accident and recovery of the power grid to train their normal dispatching capabilities and accidents Timely rapid decision-making ability, improve the dispatcher’s operational level and the skills of analyzing and processing faults, improve the quality of handling a...

AI Technical Summary

Problems solved by technology

[0004] In the actual engineering application, each region has different dispatching regulations, changing functional requirements, and dispatchers' experience vary greatly, resulting in the description of the training unit being localized and not complete.

Duplicated design, repeated functions but different descriptions have resulted in many maintenance versions, difficult management, and difficult to implement training efficiently. This is also the reason why the current development of the dispatcher training system has a short life cycle, frequent upgrades, and poor adaptability.

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