IEEE Transactions on Power Delivery · 2009 · 24 citations · 6 references
Natural SciencesElectrical EngineeringPhysicsAtmospheric ElectricityCritical Infrastructure ProtectionElectromagneticsLightning CurrentLightning ProtectionLightning SafetyProtection SystemsThunderstorm ElectricityThunderstorm ElectrificationArc Flash PreventionGridsInsulator EngineeringLightning Protection For Power SystemsLightning Protection MaterialsLightning Protection Of Power LinesLightning Protection SystemsLightning Strike Protection
The breakage of overhead covered conductors on distribution lines resulting from the short-circuit arcs caused by lightning flash becomes a challenge as the application of covered conductors increases on distribution lines. Based on various methodologies and devices developed to avoid the covered conductor breakage in the world, novel arc-guided devices, including arcing protection hardware with barbs, clamping post composite insulator, and barb electrode clamping post porcelain/composite insulator are presented in this paper. Experimental results are also presented to validate these new developed devices. Devices based on the developed technologies have been widely applied on the power grids in China successfully.
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