METHOD AND SYSTEM FOR COMPREHENSIVE EVALUATION OF RESILIENCE OF POWER DISTRIBUTION NETWORK

WIPO Patent Application WO/2023/035499

A1

The present invention relates to a method and system for comprehensively evaluating the resilience of a power distribution network. The method comprises: obtaining parameters of a power distribution network, and performing an evaluation according to a preset power distribution network resilience comprehensive evaluation system, wherein the power distribution network resilience comprehensive evaluation system comprises first-level evaluation indices and second-level evaluation indices, and each first-level evaluation index is provided with a corresponding second-level evaluation index; the first-level evaluation indexes comprises perceptibility, adaptability, defense capabilities, restoration capabilities, synergistic capabilities and learning capabilities, and on the basis of an evaluation result of each second-level evaluation index, carrying out a comprehensive calculation according to the weight of each second-level evaluation index and the weight of each first-level evaluation index to obtain a comprehensive evaluation result for the resilience of the power distribution network. Compared to the prior art, the present invention focuses on the three functions of distribution network situation awareness, disturbance response and self improvement capabilities with regards to six categories of key features of a resilient power grid, which can establish a more comprehensive and refined comprehensive evaluation system under resilience requirements, and improve the accuracy and reliability of the evaluation result.

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WEI XINCHI (CN)
HE WEIGUO (CN)
HUANG CHENHONG (CN)
ZHOU JIAN (CN)
SONG PING (CN)
SHI SHANSHAN (CN)
ZHANG QIQI (CN)
ZHENG ZHEN (CN)
HUANG XIN (CN)
ZHANG KAIYU (CN)

PCT/CN2021/142298

March 16, 2023

December 29, 2021

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STATE GRID SHANGHAI MUNICIPAL ELECTRIC POWER CO (CN)

G06F17/11; G06Q10/06; G06Q50/06

CN112001626A	2020-11-27
CN113033886A	2021-06-25
US20200153273A1	2020-05-14
CN111179117A	2020-05-19

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