Cascading failures pose a significant threat to power grids and have garnered considerable
research interest in the power system domain. The inherent uncertainty and severe impact …

Accurate and rapid identification of distribution system fault causes is essential for power
system reliability enhancement. Manual fault cause identification requires extensive human …

The single-phase-to-ground fault (SPGF) affects the reliability and security of the distribution
system greatly. Accurate online recognition of fault causes can help improve the efficiency of …

Accurate fault‐cause identification is highly important to the fault analysis of overhead
transmission lines (OTLs). In order to improve the efficiency and accuracy of fault …

The power distribution system's fault root cause classification is an important but challenging
problem. Traditional classifiers fail to achieve high accuracy and good generalization …

配网故障原因的准确识别对于缩短故障查找时间, 提高供电恢复速度和供电可靠性有重要意义.
根据责任归属可将配网故障原因分为内部原因和外部原因, 内部原因指设备绝缘弱化 …

Distribution network monitoring has the potential to improve service levels by reporting the
origin of fault events and informing the nature of remedial action. To achieve this practically …

Power outages have been an inevitable part of power delivery systems. In case of large
scale outages with conflicting information in the distribution network with distributed energy …

The faults caused by abnormal transmission line targets have become the main reason for
the outage of transmission lines. This has brought great economic losses to society. At …

This paper proposes a modified mutual impedance based backup protection for series-
compensated transmission line. In case of failure of current-differential scheme, distance …