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 …

Partial discharge (PD) taking place in a solid dielectric-bounded cavity involves physical
processes such as free electron supply, discharge development and surface charge …

High-voltage (HV) test and measuring techniques are considered in most general HV text
books (eg Kuechler 2009; Kuffel et al. 2007; Beyer et al. 1986; Mosch et al. 1988; Schufft et …

The unprecedented high-speed switching of wide bandgap power devices may change the
partial discharge (PD) behaviors of power modules, busbars, and loads. However, very little …

Residual charges produced in previous partial discharges (PDs) are considered as one
aspect of memory effects that affect subsequent discharge behavior. In this paper, we review …

Partial discharge (PD) detection and analysis plays a crucial role for acceptance testing and
condition monitoring of power cables. Various aspects are related to PD in power cables …

Partial discharge (PD) is an electrical discharge, which does not bridge the electrodes
between an insulation system completely under high electric field stress. PD events may …

Partial-discharge (PD) measurements in compliance with the standard IEC 60270 are based
on the main quantity apparent charge. This term is deduced from a simple PD model …

Partial discharge (PD) represents a physical phenomenon, in which discharges are involved
in electrically weak regions of solid insulation materials (mostly within gaseous or liquid …

Power electronic transformers, namely solid state transformers, have aroused a widespread
attention due to the integration issue of large scale renewable energy in modern power …