| Title |
A Study on Electric Field Distribution with Bushing Geometry |
| Keywords |
Bushing geometry ; Electric field ; Insulation ; Partial discharge |
| Abstract |
This paper described results for desiging the best effective bushing geometry by comparing the distribution of the electric field according to bushing geometry. Twelve cases of the geometrical change are tried to analysis. Improvement of the insulation strength related with the vector and the electric field distribution are reached to about 0.7[%] and 21~26[%] by changing the electrode length, respectively. Moreover, in cases of the change of insulator thickness at high-voltage parts, the insulation strength relevant to the same parameters as mentioned above are 2[%] and 23~43[%], respectively. Consequently, the quenching voltage for interrupting the partial discharge might be improved due to increasing the insulation strength by the geometrical change. |