Flashover model of arcing horn in transient simulation
Thinh H. Pham, Steven A. Boggs
Abstract
Thinh H. Pham, Steven A. Boggs
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.
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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