Metal particle contamination in a gas-insulated switchgear (GIS) or a gas-insulated
transmission line (GIL) is an important factor leading to the decline of insulation …

Free particles formed in the discharge process or equipment aging severely threaten the
operation security of GIS, which draws great attention of researchers. However, seldom …

Metal particles, difficult to be eliminated in gas‐insulated metal‐enclosed switchgear (GIS),
can cause GIS discharge and breakdown between electrodes, or flashover on the insulator …

Particulate flows with charged particles under electric flow field exist in many practical
applications, including metal particles in Gas Insulated Switchgear (GIS) or manipulation of …

Free metal particle can affect surface charge accumulation on epoxy insulator installed in
gas-insulated transmission line (GIL) or gas-insulated switchgear (GIS), which results in …

This paper analyzes the electromechanics of the spherical metal particles in AC gas-
insulated lines (GIL) with a pragmatic test rig comprising coaxial cylindrical electrodes …

Under a dc stress, a wire particle within gas insulation will exhibit complex motion behavior,
leading to more challenges to detect its existence. Therefore, this work deals with an …

Free conductive particles in a gas‐insulated metal‐enclosed system produce partial
discharges during movement, resulting in insulator flashover and insulation failures. This …

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 …

A diagnosis scheme using the Hurst exponent for metal particle faults in GIL/GIS is proposed
to improve the accuracy of classification and identification. First, the diagnosis source signal …