Add to ORKGTransmission lines are designed to transfer electric power from source locations to distribution networks. However, their lengths are exposed to various faults. Protective relay and fault recorder systems, based on fundamental power frequency signals, are installed to isolate the faulty line and provide the fault position. However, the error is high especially in transmission lines. This work investigates the problem of fault localization using traveling wave current signals obtained at a single-end of a transmission line and/or at multi-ends of a transmission network
Faults in the power system need appropriate maintenance actions at the fault point to fix the proble...
After a transmission line fails, quickly and accurately find the fault point and deal with it, which...
Traveling-wave methods of the fault location prove their practical efficiency for the power transmis...
This paper presents a review of the state of the art for fault location methods in transmission line...
Power System Protection is a vital importance for power engineers and is implicated by modern techni...
Transmission lines are designed to transfer electric power from source locations to distribution net...
Fault location using traveling wave has been applied in extra-high voltage power grids successfully....
In this paper, based on the theory of traveling waves, the fault distances on long transmission line...
In this paper a single-ended travelling wave-based fault location algorithm is presented with refere...
Abstract – This paper investigates the problem of fault location based on transient current signals ...
Modern power systems are structurally complex and are vulnerable to undesirable events like faults. ...
This paper presents a methodology to deal with uncertainties in electrical parameters of multi-secti...
Analysis of different types of fault is an important and complex task in a power system. Accurate fa...
In the power system, the high-voltage transmission lines are responsible for transmitting large amou...
Travelling Waves (TWs) are electro-magnetic transients that are generated when there is a sudden cha...
Faults in the power system need appropriate maintenance actions at the fault point to fix the proble...
After a transmission line fails, quickly and accurately find the fault point and deal with it, which...
Traveling-wave methods of the fault location prove their practical efficiency for the power transmis...
This paper presents a review of the state of the art for fault location methods in transmission line...
Power System Protection is a vital importance for power engineers and is implicated by modern techni...
Transmission lines are designed to transfer electric power from source locations to distribution net...
Fault location using traveling wave has been applied in extra-high voltage power grids successfully....
In this paper, based on the theory of traveling waves, the fault distances on long transmission line...
In this paper a single-ended travelling wave-based fault location algorithm is presented with refere...
Abstract – This paper investigates the problem of fault location based on transient current signals ...
Modern power systems are structurally complex and are vulnerable to undesirable events like faults. ...
This paper presents a methodology to deal with uncertainties in electrical parameters of multi-secti...
Analysis of different types of fault is an important and complex task in a power system. Accurate fa...
In the power system, the high-voltage transmission lines are responsible for transmitting large amou...
Travelling Waves (TWs) are electro-magnetic transients that are generated when there is a sudden cha...
Faults in the power system need appropriate maintenance actions at the fault point to fix the proble...
After a transmission line fails, quickly and accurately find the fault point and deal with it, which...
Traveling-wave methods of the fault location prove their practical efficiency for the power transmis...