2010Unpublished venueRequires access

Flashover model of arcing horn in transient simulation

Thinh H. Pham, Steven A. Boggs

Open publisher page 5 citations

Abstract

The flashover performance of an arcing horn in a transmission line is important in lightning surge analysis. Many flashover models have been proposed for transient simulations, but they are only validated over a limited range of waveforms, which is very limited relative to what may be encountered in the field. This paper compares four flashover models of the arcing horn of a 220 kV transmission line insulator under standard lightning impulses and as installed in a twin-circuit, 220 kV transmission line. The results provide insight into appropriate models for simulating flashover behavior of the arcing horn in transmission line.

About this research paper

What this paper is about

The flashover performance of an arcing horn in a transmission line is important in lightning surge analysis. Many flashover models have been proposed for transient simulations, but they are only validated over a limited range of waveforms, which is very limited relative to what may be encountered in the field. This paper compares four flashover models of the arcing horn of a 220 kV transmission line insulator under standard lightning impulses and as installed in a twin-circuit, 220 kV transmission line. The results provide insight into appropriate models for simulating flashover behavior of the arcing horn in transmission line.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The flashover performance of an arcing horn in a transmission line is important in lightning surge analysis. Many flashover models have been proposed for transient simulations, but they are only validated over a limited range of waveforms, which is very limited relative to what may be encountered in the field. This paper compares four flashover models of the arcing horn of a 220 kV transmission line insulator under standard lightning impulses and as installed in a twin-circuit, 220 kV transmission line. The results provide insight into appropriate models for simulating flashover behavior of the arcing horn in transmission line.

Key concepts: Arc flash, Electric arc, Transmission line, Transient (computer programming), Insulator (electricity), Waveform, Overvoltage, Electric power transmission

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