Faulty-feeder detection is essential for fault location and fault isolation after single line-to-
ground (SLG) faults in distribution networks. However, the SLG fault currents are weak, and …

Faulty feeder detection is essential for maintaining the security and stability of energy supply
in distribution networks. However, it is rather difficult to identify a specific faulty feeder owing …

Faulty feeder detection is crucial to maintaining the safety and stable operation of power
grids after single line-to-ground (SLG) faults occur in distribution networks. Existing detection …

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 …

In the event of a single line-to-ground fault in a non-effectively grounded distribution
network, reliable detection and isolation of faulty feeders aid in ensuring safe network …

Faulted line detection is a key step of intelligent fault diagnosis of distribution systems, laying
the foundation for the further fault location and service restoration. A novel single line-to …

Effective features are essential for fault diagnosis. Due to the faint characteristics of a single
line-to-ground (SLG) fault, fault line detection has become a challenge in resonant …

Faults in distribution networks can result in severe transients, equipment failure, and power
outages. The quick and accurate detection of the faulty section enables the operator to avoid …

When a single-phase-to-ground (SPG) fault occurs in a distribution network, the current is
weak, and the fault conditions are complex; the existing fault detection technologies do not …