Impact of electrode shape on the performance of a gas discharge arrester
Ribič, Janez, 1972- ; Pihler, Jože, 1955- ; Kitak, Peter
This paper deals with the impact of a gas discharge arrester%s electrodes% shapes on its performance. When after the extinguishing of the electric arc between the electrodes of the gas discharge ...arrester and the electric field strength between the electrodes exceeds the critical value, re-ignition occurs. Computation of electric field strength between the electrodes of the existing gas discharge arresters using the Finite Elements Method (FEM) shows that electric field strength reaches its highest values at the edges of the electrodes. It therefore makes sense to reduce the electric field strength E at the edges of the electrodes by changing the electrodesʼ shapes. This also reduces the risk of re-igniting the electric arc between the electrodes and improves the arresterʼs ability to self-extinguish. The electrodes can be geometrically shaped in such a way that ensures much uniform distribution of the electric field strength E as possible. This paper describes the model of a gas discharge arrester and the use of a differential evolution optimization algorithm for computation of the more adequate shapes of electrodes. Thus uniform distribution of electric field strength is ensured between the gas discharge arrester electrodes.
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