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Adaptive Auto-Reclosing and Active Fault Detection of Lines Emanating From Wind Farms in Microgrids
IEEE Transactions on Energy ConversionSaeed Sanati +2 more
exaly +2 more sources
Adaptive Distance Relaying for Grid-Connected Line with Consideration of Single-Phase Auto-Reclosing
Arabian Journal for Science and Engineering, 2018In this paper, the performance of distance relay during single-phase reclosing (SPAR) period is considered. Available distance relaying schemes are affected during SPAR period as the pre-fault signals include both negative- and zero-sequence components.
Jitendra Kumar, Premalata Jena
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Auto-Reclosing Scheme with Adaptive Dead Time Control Based on Synchro-Check Principle
2020Series compensation plays important role in smart power grid to improve power transfer capacity and voltage profiles. Majority of faults occurring in the grid are transient in nature. However, the discrimination between transient fault and permanent fault are contemporary problems in the field of distance protection of transmission line.
Ujjaval Patel +2 more
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Traveling Wave based Adaptive Auto-reclosing and Fault Location for Three-terminal Mixed Lines
2019 IEEE PES GTD Grand International Conference and Exposition Asia (GTD Asia), 2019This paper presents an adaptive auto-reclosing protection scheme and fault position identification technique for three-terminal mixed line system using faulted section identification (FSI) information. The mixed line system is a power transmission network containing both overhead line (OHL) and underground cable (UGC).
O D. Naidu +2 more
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2009 International Conference on Energy and Environment Technology, 2009
This paper presents a single-phase auto-reclose study of a 1000 kV AC transmission line. The technology of auto-reclose has been widely used on the transmission lines in our country. The purpose is to make the fault line re-run after the temporary fault elimination. As most of the faults are transient in nature, the auto-reclose can greatly improve the
Yu Liu, Jun Wen
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This paper presents a single-phase auto-reclose study of a 1000 kV AC transmission line. The technology of auto-reclose has been widely used on the transmission lines in our country. The purpose is to make the fault line re-run after the temporary fault elimination. As most of the faults are transient in nature, the auto-reclose can greatly improve the
Yu Liu, Jun Wen
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IEEE Transactions on Power Delivery, 2020
Difficulties in identification of the fault property, for a fault on a single outgoing line of windfarm, arise due to rapid decrease in the electromagnetic energy of the transmission line after the tripping of three-phase breaker. An active solution to such problem is proposed based on low current injection from parallel connected static synchronous ...
Ting Wang +2 more
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Difficulties in identification of the fault property, for a fault on a single outgoing line of windfarm, arise due to rapid decrease in the electromagnetic energy of the transmission line after the tripping of three-phase breaker. An active solution to such problem is proposed based on low current injection from parallel connected static synchronous ...
Ting Wang +2 more
openaire +1 more source
Electric Power Components and Systems, 2019
Series compensation plays an important role in smart power grid to improve power transfer capacity and voltage profiles. Majority of faults occurring in grid are transient in nature.
Ujjaval J. Patel +3 more
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Series compensation plays an important role in smart power grid to improve power transfer capacity and voltage profiles. Majority of faults occurring in grid are transient in nature.
Ujjaval J. Patel +3 more
openaire +1 more source
Adaptive auto reclosing system for HV transmission lines based on ANN
AIP Conference Proceedings, 2023Mohammed Y. Suliman +2 more
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IEEE Power Engineering Review, 1998
The authors adopt the wavelet transform to detect and identify relevant electrical fault characteristics in power transmission systems. They use several components of wavelet analysis as input features to a forward neural network to distinguish transient, permanent faults and the secondary arc extinction point.
I.K. Yu, Y.H. Song
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The authors adopt the wavelet transform to detect and identify relevant electrical fault characteristics in power transmission systems. They use several components of wavelet analysis as input features to a forward neural network to distinguish transient, permanent faults and the secondary arc extinction point.
I.K. Yu, Y.H. Song
openaire +1 more source