Designing method of training framework based on multi-role electric power system

Abstract

The invention provides a designing method of a training framework based on a multi-role electric power system, relating to the technical field of a simulated training framework and solving the technical problem of improving an accident responding and managing capability. The method comprises the following specific steps of: 1) establishing an accident predetermined plan, wherein the predetermined plan comprises an accident predetermined plan subject, a power grid state before an accident and a phenomenon in an accident happening process; and carrying out a multi-role accident management step; 2) according to the accident predetermined plan, distributing roles participating in accident management; 3) according to the accident predetermined plan and the distributed roles, decomposing the multi-role accident management step into a plurality of steps; and 4) realizing united training, wherein the realization of the united training is divided into three substeps of: substep 1, initializing the current power grid state before the accident in the accident predetermined plan; substep 2, carrying out multi-role management on the phenomenon in the accident happening process of the accident predetermined plan step by step; and substep 3, judging a training result of the accident predetermined plan. The method disclosed by the invention can realize the united training of personnel of a plurality of departments.

Description

technical field [0001] The invention relates to a simulation training framework technology, in particular to a technology based on a multi-role-based power system training framework design method. Background technique [0002] With the increasing scale of the power grid, on the one hand, it is conducive to improving the ability to optimize the allocation of resources, and is conducive to the access and transmission of large-scale renewable energy; The risk of area blackouts is also increasing, posing a major challenge to the safe transmission and reliable supply of electric energy. [0003] The commercial operation requirements of today's power system put forward higher requirements for the operation of equipment, requiring the operation and maintenance personnel of multiple departments to respond quickly and efficiently to equipment failures, to troubleshoot in the shortest possible time, and to ensure the smooth operation of equipment. Safety, to ensure the reliability of...

AI Technical Summary

Problems solved by technology

However, the current training of new operation and maintenance personnel relies on the work experience of power system maintenance personnel and experience in dealing with equipment failures. This training method can no longer meet the requirements of modern new equipment operation, power grid development speed and scale.