Gas-insulated power transmission lines (GILs) can replace cables and overhead
transmission lines, playing an important role in DC transmission systems. However, the …

Dielectric Interfaces in High-Voltage Technology: Overview and Theoretical Approaches to the
Modeling of Functional and Breakdow Page 1 34 IEEE Electrical Insulation Magazine …

This study discusses the multidimensional functionally graded materials (MFGMs) for
spacers in high voltage direct current gas-insulated transmission lines and switchgears …

To assess the feasibility of clean air as an insulation medium in DC gas-insulated
switchgear (GIS), the surface charge accumulation, a recognized pivotal concern, was …

In this article, the surface charge distribution and flashover characteristics of epoxy basin
insulators under ac–dc composite voltage with specific proportions in a down-sized dc-gas …

Insulation failures of epoxy spacers applying in gas insulated transmission line/switchgear
(GIL/GIS) often occur caused by the electric field distortion. In this paper, a field graded …

The presence of metal particles is responsible for the unpredictable flashover faults of
spacers in gas insulated switchgears (GIS). In this study, an innovative method is put forward …

In the design and manufacturing of epoxy resin insulation components, complex structures
can be achieved through multiple pours, thereby forming the structure of interface of …

High voltage alternative current (HVAC) gas insulated transmission line (GIL) bears a strong
electric field and complex mechanical stresses during operation. As one of the main …

This article conducts a simulation study on the parameter design of the superficially
nonlinear-conductivity material (SNCM) and the permittivity functionally graded material …