DocumentCode
3478990
Title
Apply simulation technique via reliability block diagram to Gold Book Standard Network
Author
Wang, Wendai ; Furlong, Edward R. ; Arno, Robert G. ; Vassiliou, Pantelis ; Ogden, Doug
Author_Institution
Global Res. Center, Gen. Electr. Co., Niskayuna, NY, USA
fYear
2003
fDate
4-8 May 2003
Firstpage
38
Lastpage
49
Abstract
This is one of a series of papers discussing the application and accuracy of different analysis techniques supporting the determination of industrial and commercial power system reliability and availability. There is a need recognized in the power industry to identify and utilize a standard tool, or a set of tools to analyze the reliability of industrial and commercial power systems. Historically, the results of different reliability methodologies/tools varied significantly and comparisons were extremely difficult. The Reliability Analysis Techniques Working Group of Gold Book (i.e., IEEE Std. 493) developed a standard network to enable comparison of analytical techniques. This paper identifies an alternative approach, simulations via a generalized reliability block diagram, and applies this approach to the Gold Book standard network configuration. Reliability indices of the load points obtained from this approach are presented, and can be compared with ones obtained from the other techniques in the series to determine the accuracy of these analytical techniques.
Keywords
IEEE standards; failure analysis; industrial power systems; power system faults; power system reliability; Gold Book Standard Network; IEEE Std. 493; Reliability Analysis Techniques Working Group; commercial power systems; generalized reliability block diagram; industrial power system availability; industrial power system reliability; load point reliability indices; Availability; Books; Frequency estimation; Gold; Industrial power systems; Power cables; Power industry; Power system reliability; Power system simulation; Standards development;
fLanguage
English
Publisher
ieee
Conference_Titel
Industrial and Commercial Power Systems, 2003. 2003 IEEE Technical Conference
Print_ISBN
0-7803-7771-0
Type
conf
DOI
10.1109/ICPS.2003.1201486
Filename
1201486
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