Bushfires are catastrophic events which cause scathing impacts globally on human lives
and economies of different countries around the world. Powerline faults are considered as a …

Faulty feeder detection has always been recognized as an essential issue in guaranteeing
the stable and reliable operation of distribution networks. Existing methods fail to fully exploit …

Faulty feeder detection helps ensure the stability and safety of power grids after single-
phase-to-ground (SPG) faults occur in distribution networks. The existing detection …

Fault detection and classification are crucial procedures for electric power distribution
systems because they can minimize the occurrence of faults. The methods for fault detection …

Feeder detection for single-phase ground fault (SPGF) is challenging in a resonant
grounded system due to the difference in feeder capacitance to ground and the influence of …

Currently, theoretical analysis of single‐phase grounding (SPG) faults in low‐current
grounding systems has reached a high level of refinement, and the corresponding detection …

A new low-computational zero-sequence current (ZSC) ratio-based method is proposed in
this article that can expeditiously identify faulty feeders in resonant grounded power …

Due to the weak fault characteristics and inaccurate fault line selection during high
impedance faults, this paper proposes a new method for fault line selection in resonant …

In the field of time series classification, deep learning techniques have shown remarkable
performance; however, their effectiveness is often compromised when confronted with …

High-precision waveform identification and measurement are effective for waveform
detection and evaluation in signal processing. The accuracy of waveform identification …