Indexed by:

Journal paper

First Author:

Mingyu Yan

Correspondence Author:

Jinyu Wen

Co-author:

Yubin He,Wei Yao,Chuangxin Guo,Jiazheng Lu

Journal:

Power System Technology

Included Journals:

EI

Place of Publication:

中国

Discipline:

Engineering

First-Level Discipline:

Electrical Engineering

Document Type:

J

Volume:

41

Issue:

6

Page Number:

1873-1879

ISSN No.:

1000-3673

Key Words:

icing power grid, time-varying structural reliability theory, N-k contingency, risk-based dispatch

DOI number:

10.13335/j.1000-3673.pst.2016.2398

Date of Publication:

2017-06-01

Impact Factor:

6.783

Abstract:

Ice storm disaster has various adverse impacts on power grid security and stability. To reduce risk of icing power grid, it makes sense to research time-varying failure rate model for icing line and dispatch method for icing power grid. After detailing limitation of static structural reliability theory in building time-varying failure model for icing line, a time-varying failure rate model is proposed based on time-varying structural reliability theory. A risk-based dispatch method for icing power grid is proposed based on N-k contingency. The proposed model and method was tested on IEEE RTS-79 system. Simulation result shows effectiveness of the model and method and that great difference exists between reliabilities calculated with static and time-varying structural reliability theory. Traditional dispatch method based on N-1 contingency has higher risk. Economy and risk can be coordinated by adjusting risk coefficient.

Links to published journals:

http://www.dwjs.com.cn/x_iA9ig181GiGW7b5ocZwcN5RRdSCWDjPYo6xiOknv7jVsA17Hb_i%2BlHqudjOuPL?encrypt=1