AUTOMATIC CONTINGENCY SELECTION.

G. C. Ejebe; B. F. Wollenberg

AUTOMATIC CONTINGENCY SELECTION.

G. C. Ejebe, B. F. Wollenberg

Electrical and Computer Engineering

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

A fast technique has been developed for the automatic ranking and selection of contingency cases for a power system contingency analysis study. A contingency list is built containing line and generator outages which are ranked according to their expected severity as reflected in voltage level degradation and circuit overloads. An adaptive contingency processor can be set up by performing sequential contingency tests starting with the most severe contingencies at the top of the list and proceeding down the list, stopping when the severity goes below a threshold. Computational results of this technique applied to different test systems are presented.

Original language	English (US)
Title of host publication	Unknown Host Publication Title
Publisher	IEEE
State	Published - 1979
Event	Pap $-$ IEEE PES (Power Eng Soc) Winter Meet, Prepr - New York City, NY, USA Duration: Jan 29 1978 → Feb 3 1978

Other

Other	Pap $-$ IEEE PES (Power Eng Soc) Winter Meet, Prepr
City	New York City, NY, USA
Period	1/29/78 → 2/3/78

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title = "AUTOMATIC CONTINGENCY SELECTION.",

abstract = "A fast technique has been developed for the automatic ranking and selection of contingency cases for a power system contingency analysis study. A contingency list is built containing line and generator outages which are ranked according to their expected severity as reflected in voltage level degradation and circuit overloads. An adaptive contingency processor can be set up by performing sequential contingency tests starting with the most severe contingencies at the top of the list and proceeding down the list, stopping when the severity goes below a threshold. Computational results of this technique applied to different test systems are presented.",

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year = "1979",

language = "English (US)",

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publisher = "IEEE",

note = "Pap $-$ IEEE PES (Power Eng Soc) Winter Meet, Prepr ; Conference date: 29-01-1978 Through 03-02-1978",

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T1 - AUTOMATIC CONTINGENCY SELECTION.

AU - Ejebe, G. C.

AU - Wollenberg, B. F.

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N2 - A fast technique has been developed for the automatic ranking and selection of contingency cases for a power system contingency analysis study. A contingency list is built containing line and generator outages which are ranked according to their expected severity as reflected in voltage level degradation and circuit overloads. An adaptive contingency processor can be set up by performing sequential contingency tests starting with the most severe contingencies at the top of the list and proceeding down the list, stopping when the severity goes below a threshold. Computational results of this technique applied to different test systems are presented.

AB - A fast technique has been developed for the automatic ranking and selection of contingency cases for a power system contingency analysis study. A contingency list is built containing line and generator outages which are ranked according to their expected severity as reflected in voltage level degradation and circuit overloads. An adaptive contingency processor can be set up by performing sequential contingency tests starting with the most severe contingencies at the top of the list and proceeding down the list, stopping when the severity goes below a threshold. Computational results of this technique applied to different test systems are presented.

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M3 - Chapter

BT - Unknown Host Publication Title

PB - IEEE

T2 - Pap $-$ IEEE PES (Power Eng Soc) Winter Meet, Prepr

Y2 - 29 January 1978 through 3 February 1978

ER -

AUTOMATIC CONTINGENCY SELECTION.

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