SMART SOFT SWITCHING-BASED METHOD FOR IMPROVING POWER SUPPLY RELIABILITY OF POWER DISTRIBUTION GRID

WIPO Patent Application WO/2020/151066

A1

The present invention provides a smart soft switching-based method for improving the power supply reliability of a power distribution grid; on the basis of a smart soft-switching power supply recovery model, the method analyzes the impact of each branch fault on a load node, constructs a fault correlation matrix, calculates the reliability parameters of each load node, and then obtains a reliability index of the entire power distribution system, and analyzes the role of the application of smart soft switching in improving the power supply reliability of the power distribution grid.

FAN XINMING (CN)
QI JIANPING (CN)
ZENG YONGHAO (CN)
QIU TAIHONG (CN)
LI XIN (CN)
DONG DI (CN)
KONG LINGSHENG (CN)
YE JIAXIONG (CN)
MAI ZHIYUAN (CN)
WANG CHENGSHAN (CN)
LI PENG (CN)
SONG GUANYU (CN)
SONG ANQI (CN)
HUANG JING (CN)
CHEN BANGFA (CN)
CHEN SIXIANG (CN)
HE ZILAN (CN)
JI HAORAN (CN)
CHEN HAO (CN)

PCT/CN2019/078218

July 30, 2020

March 15, 2019

Click for automatic bibliography generation  

GUANGDONG POWER GRID CO LTD (CN)
FOSHAN POWER SUPPLY BUREAU OF GUANGDONG POWER GRID CO LTD (CN)

H02J3/00

CN105896537A	2016-08-24
CN108921725A	2018-11-30
CN108595382A	2018-09-28
CN101179195A	2008-05-14

YOGO PATENT & TRADEMARK AGENCY LIMITED COMPANY (CN)

View/Download PDF      PDF Help

Previous Patent: GOA COMPONENT, GATE ELECTRODE DRIVING CIRCUIT, AND DISPLAY PANEL

Next Patent: SYNCHRONOUSLY CONFIGURED CONTROL CIRCUIT AND PROCESSOR