Power cables, the most critical component of the power system, must be extremely reliable
in order to avoid revenue losses due to premature failure. The dielectric properties of cable …

In this study, a pulse sequence analysis (PSA) method is presented, which does not
measure the voltage signal for the defect-type recognition of power cable joints based on …

Highlights What are the main findings? Transitioning from offline detection approaches to
condition-monitoring strategies is vital. Permanent cable monitoring enables utilities to …

The correct identification of partial discharge types is of great significance to the stable
operation of GIS. In order to improve the recognition accuracy and result of partial discharge …

In this article, an original measurement methodology is presented for insight into the partial
discharge (PD) mechanism− being one of the key indicators of high-voltage insulation …

This paper is a joint contribution from members of the IEEE DEIS Technical Committee for
Diagnostics that highlights selected trends, challenges, and techniques in diagnostics and …

This study focuses on improving the defect recognition accuracy under weak partial
discharges (PDs) in epoxy resin through phase-resolved partial discharge (PRPD) analysis …

Due to the fluidity of the loose medium inside the waste dump slope, the traditional
monitoring system cannot fully reflect the misalignment and slip between particles inside the …

The objective of this study is to determine the type and location of partial discharges in
insulators. This is accomplished by analyzing electric potential gradients through …

The cable is an essential pivot of electric energy transmission, and its operational condition
influences the safety and stability of both the power system (PS) and traction power supply …