The generation of series arc fault (SAF) within DC grids poses a significant hazard,
potentially leading to electrical fires. However, developing a diagnostic method that is robust …

Unsupervised visual anomaly localization research has garnered significant attention in
industrial component surface quality inspection tasks, particularly in realistic scenarios …

The remaining useful life (RUL) prediction is key for ensuring the stability of transmission
power systems. However, there is no sufficient actual life-cycle, and no mature physics-of …

Insulation defects in the underground cable mostly cause incipient faults. These insulation
defects create current spikes and are difficult to detect by the conventional relay. The …

The insulation reliability of flexible cable terminals is largly determined by its interface
pressure. A timely and accurate measurement of the pressure is hence of great importance …

Precisely determining how cables distribute their current-carrying capacity and temperature
field is crucial for the dependable and cost-effective functioning of power grids. Firstly, the …

In recent years, the occurrence of high-voltage cable buffer layer ablation faults has become
frequent, posing a serious threat to the safe and stable operation of cables. Failure to …

With the acceleration of urbanization, the development and utilization of urban underground
spaces are becoming increasingly frequent, and the potential risks in the operation of urban …

A high-temperature superconducting (HTS) cable system requires cooling system to
maintain a superconducting state. If a local fault occurs in the HTS cable, a fault current that …

This paper proposes a passive measurement method for the diagnosis of anomalies in two-
wire cables that relies on Machine Learning. The proposed method requires the acquisition …