The electric field distributions along gas‐solid interfaces determine the reliability, lifetimes
and sizes of gaseous insulated switchgears/pipelines (GIS/GIL), which also affect the …

The rapid growth of gas insulated switchgears as a compact, efficient, and reliable device
has recently been given great attention. Albeit gas insulated switchgears can seldom suffer …

Small spherical conducting particles which may be generated due to mechanical abrasion
or arcing during switching of isolators and circuit breakers strongly affect the distribution of …

Electric vehicle (EV) technology proposed itself as a great solution for the predictable
shortage in traditional energy sources. Using wireless power transfer (WPT) technology for …

Considering the reliable operation of Gas–Insulated Switchgear (GIS) system within higher
voltages, the optimal performance of solid spacer is one of the most effective topologies in …

Dielectrically graded insulation (DGI) serving as an embodiment of functionally graded
materials in electrical insulation field displays extraordinary insulation strength compared …

A noninvasive approach for high-voltage (HV) circuit breaker (CB) diagnosis, based on the
time–frequency analysis of the transient electric fields (E-fields) radiated due to switching …

In this paper, a proposed moth-flame optimization (MFO) technique has been investigated
for obtaining an accurate simulation of the non-uniform electric field represented by a needle …

This research presents a numerical study of the economic design of the medium voltage
overhead transmission lines based on the maximum reduction in the electric field in the …

This paper introduces a new approach of breakdown theory using a computer simulation
program. Based on the concept of Minimum Stressed Volume Zone (MSVZ) a simulation …