Effect of surface charges on dc flashover characteristics of a composite polymeric insulator is
studied by means of experiments and theoretical calculations. The considered insulator …

The accumulated charges on the insulator surface become a key factor to incur surface
flashover. The charge accumulation process is closely related to the surface condition. This …

Charge accumulation on the spacer surface in gas insulated equipment is very severe in the
DC field, leading to easy flashover, which restricts the application of DC GIS/GIL. Therefore …

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

Stationary DC electric fields are determined by the resistivity distribution of the insulation
materials. In the presence of interfaces between different insulation materials, charge …

Surface charge accumulation on epoxy insulator installed in gas insulated switchgear (GIS)
or gas insulated transmission line (GIL) has been recognized as an important factor for …

This study investigates the characteristics of polymer surface charge and their influence on
DC surface flashover, which is significant to the study of surface discharge theories and the …

An investigation is made of the influence of an accumulated charge sprinkled on the surface
of an epoxy resin plate in corona mode on partial discharge inception and its forms as …

Ceramic materials are commonly used as outdoor insulators for high voltage power
transmission lines. Presently these ceramic insulators are replaced by composite polymeric …

This research provides conclusions that can partially cover the lack of knowledge related to
the effects of ambient atmospheric conditions on DC electric power transportation. Two …