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 micro‐defects in epoxy‐based insulation materials generate a local high electric field
which results in continuous degradation, seriously endangering the insulation system of gas …

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 …

Air gap defects inside a spacer reduce its insulation performance, resulting in stress
concentration, partial discharge, and even flashover. If such gap defects are located at the …

Functionally graded materials are at the cutting edge of material technology. They will
enable high efficiency and downsizing of apparatus leading to energy conservation in the …

The growing population and the need to use clean and safe energy for public and industrial
use, has led engineers to look for safe ways to supply energy. Meanwhile, the use of GIS …

Streamer behavior near dielectric surfaces is an important characteristic of gas-solid
electrical insulation systems. This paper presents the numerical study on the propagation of …

To achieve a more uniform electric field (E-field) distribution on a spacer surface in HVDC
gas insulated lines (GILs), novel spacers were fabricated by depositing ZnO films onto …

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