Influence of Surface Resistance on Penetration into Semi-conductive Films by Air Discharge using Lightning Impulse Voltage

カテゴリ: 研究会(論文単位)

論文No: HV18140

グループ名: 【B】電力・エネルギー部門 高電圧研究会

発行日: 2018/11/03

タイトル(英語): Influence of Surface Resistance on Penetration into Semi-conductive Films by Air Discharge using Lightning Impulse Voltage

著者名: Mizusaki Masayuki(Fukuoka University),Araoka Nobutaka(Fukuoka University),Takamura Norimitsu(Fukuoka University),Takane Naoya(Fukuoka University),Sasaki Yuki(Fukuoka University),Hanai Masahiro(Fukuoka University)

著者名(英語): Masayuki Mizusaki(Fukuoka University),Nobutaka Araoka(Fukuoka University),Norimitsu Takamura(Fukuoka University),Naoya Takane(Fukuoka University),Yuki Sasaki(Fukuoka University),Masahiro Hanai(Fukuoka University)

キーワード: Wind turbine|Insulator|Lightning impulse voltage|Surface resistance|Discharge|Penetration|Wind turbine|Insulator|Lightning impulse voltage|Surface resistance|Discharge|Penetration

要約(日本語): We have been investigating the phenomenon that discharge penetrates insulator.Currently there is the problem that lightning penetrates wind turbine blades.Therefore, we have been investigating whether discharge penetrating can be prevented by lowering the surface resistance of the insulator.In this paper, the influence of surface resistance on penetration was investigated by setting insulation films with some low surface resistance between the electrodes and by applying negative lightning impulse voltage to generate air discharge.

要約(英語): We have been investigating the phenomenon that discharge penetrates insulator.Currently there is the problem that lightning penetrates wind turbine blades.Therefore, we have been investigating whether discharge penetrating can be prevented by lowering the surface resistance of the insulator.In this paper, the influence of surface resistance on penetration was investigated by setting insulation films with some low surface resistance between the electrodes and by applying negative lightning impulse voltage to generate air discharge.

原稿種別: 英語

PDFファイルサイズ: 1,590 Kバイト