DocumentCode
1343826
Title
Generation-Load Mismatch Detection and Analysis
Author
Gardner, R. Matthew ; Liu, Yilu
Author_Institution
Dominion Virginia Power, Richmond, VA, USA
Volume
3
Issue
1
fYear
2012
fDate
3/1/2012 12:00:00 AM
Firstpage
105
Lastpage
112
Abstract
Using data from high-resolution wide-area GPS-synchronized measurements to detect and analyze disturbances within a synchronous electrical interconnection is not trivial. Deterministic methods often fall prey to the non-stationary noisy nature of this type of data. This paper dwells on the location of noteworthy events within “blue-sky” ambient data taken from particularly noisy environments. The statistical processing used to detect and analyze power system events is congealed into a concise and tunable algorithm that is applicable to a multitude of data types. The data analyzed herein is drawn from FNET, a wide-area measurement system deployed worldwide at standard end-user distribution voltages.
Keywords
Global Positioning System; power system faults; power system interconnection; power system measurement; statistical analysis; blue-sky ambient data; deterministic methods; generation-load mismatch detection; high-resolution wide-area GPS-synchronized measurement system; power system event detection; standard end-user distribution voltages; statistical processing; synchronous electrical interconnection; Clustering algorithms; Event detection; Frequency control; Frequency measurement; Monitoring; Noise measurement; Sensitivity; Frequency monitoring network (FNET); Mahalanobis distance; frequency disturbance recorder (FDR);
fLanguage
English
Journal_Title
Smart Grid, IEEE Transactions on
Publisher
ieee
ISSN
1949-3053
Type
jour
DOI
10.1109/TSG.2011.2165566
Filename
6036205
Link To Document