Effect of pre-deposited surface charges on impulse flashover characteristics of a polymeric insulator is studied by means of computer simulations utilizing a model based on criteria for streamer inception, propagation and sustenance. A parametric study is performed to investigate the influences imposed by magnitude and polarity of the charge, its location on insulator surface and properties of insulator material on its flashover voltages. The obtained results are analyzed in terms of electric field distributions in the vicinity of the insulator surface and are compared with experimental data available in the literature
A comparison between numerical calculations of the model proposed by Tang et. al. to estimate the cr...
Nowadays, polymeric insulators are preferred as outdoor insulators due to their numerous advantages ...
Controlling discharge growth on insulator surfaces is important in high voltage gaseous insulation s...
Effect of pre-deposited surface charges on impulse flashover characteristics of a polymeric insulato...
Effect of surface charges on dc flashover characteristics of a composite polymeric insulator is stud...
Effect of surface charges on dc flashover characteristics of a composite polymeric insulator is stud...
Utilization of remotely located sustainable energy resources such as solar, wind and hydro calls for...
Use of polymeric materials for high voltage outdoor insulation systems is increasing continuously. I...
Nowadays polymeric materials are widely applied in outdoor high voltage insulation systems gradually...
Distributions of charges are investigated on surfaces of polymeric cylindrical insulators that emerg...
Distributions of charges are investigated on surfaces of polymeric cylindrical insulators that emerg...
Nowadays polymeric insulators are widely replacing the traditionally used glass and porcelain based ...
Utilization of remotely located sustainable energy resources such as solar, wind and hydro calls for...
A comparison between numerical calculations of the model proposed by Tang et. al. to estimate the cr...
International audienceThis paper is aimed at the propagation of discharges over a surface of insulat...
A comparison between numerical calculations of the model proposed by Tang et. al. to estimate the cr...
Nowadays, polymeric insulators are preferred as outdoor insulators due to their numerous advantages ...
Controlling discharge growth on insulator surfaces is important in high voltage gaseous insulation s...
Effect of pre-deposited surface charges on impulse flashover characteristics of a polymeric insulato...
Effect of surface charges on dc flashover characteristics of a composite polymeric insulator is stud...
Effect of surface charges on dc flashover characteristics of a composite polymeric insulator is stud...
Utilization of remotely located sustainable energy resources such as solar, wind and hydro calls for...
Use of polymeric materials for high voltage outdoor insulation systems is increasing continuously. I...
Nowadays polymeric materials are widely applied in outdoor high voltage insulation systems gradually...
Distributions of charges are investigated on surfaces of polymeric cylindrical insulators that emerg...
Distributions of charges are investigated on surfaces of polymeric cylindrical insulators that emerg...
Nowadays polymeric insulators are widely replacing the traditionally used glass and porcelain based ...
Utilization of remotely located sustainable energy resources such as solar, wind and hydro calls for...
A comparison between numerical calculations of the model proposed by Tang et. al. to estimate the cr...
International audienceThis paper is aimed at the propagation of discharges over a surface of insulat...
A comparison between numerical calculations of the model proposed by Tang et. al. to estimate the cr...
Nowadays, polymeric insulators are preferred as outdoor insulators due to their numerous advantages ...
Controlling discharge growth on insulator surfaces is important in high voltage gaseous insulation s...