Paper Info
Title
Smart Overhead Lines Autoreclosure Algorithm Based on Detailed Fault Analysis.
Abstract
This paper presents a novel numerical algorithm implemented in a unique methodology for the control of smart single-phase autoreclosure and comprehensive fault analysis for overhead lines using synchronized measurement technology. The algorithm improves on existing methodologies for adaptive single-phase autoreclosure, fault location, detailed disturbance records analysis, and fault data management. It is based on line current and voltage data sampled at both line terminals and synchronized sampling of all analogue input variables is assumed in this paper. The proposed algorithm is derived in the spectral domain and based on the application of the Discrete Fourier Transform. The electrical arc as a source of higher harmonics is included in the complete fault model and represents the starting point for the development of the new algorithm. The algorithm's distinctive feature is that it can determine both the fault arc and the fault resistance. The presence or absence of an arc resistance is used to determine the nature of the fault. The algorithm can be applied to both short and long lines. The algorithm is thoroughly tested using electromagnetic transient simulations of an overhead line connected between two active networks, as well as with field data.
Year
DOI
Venue
2013
10.1109/TSG.2013.2260184
IEEE Trans. Smart Grid
Keywords
Field
DocType
Circuit faults,Harmonic analysis,Mathematical model,Algorithm design and analysis,Resistance,Equations,Transient analysis
Overhead line,Stuck-at fault,Voltage,Algorithm,Control engineering,Electronic engineering,Active networking,Harmonics,Discrete Fourier transform,Engineering,Fault model,Fault indicator
Journal
Volume
Issue
ISSN
4
4
1949-3053
Citations 
PageRank 
References 
0
0.34
1
Authors
5
Name
Order
Citations
PageRank
Zoran Radojevic100.68
Vladimir V. Terzija28014.28
Gary Preston301.01
Shantanu Padmanabhan400.68
Damir Novosel5176.46