Effect of Core Diameter of Cylindrical Polymer Insulators on Contamination Flashover Voltage-Part II

カテゴリ: 部門大会

論文No: 18

グループ名: 【B】平成18年電気学会電力・エネルギー部門大会講演論文集

発行日: 2006/09/13

タイトル(英語): Effect of Core Diameter of Cylindrical Polymer Insulators on Contamination Flashover Voltage-Part II

著者名: バサンタクマル ガウタム(中部大学),松村 茂樹(中部大学),坂西 健治(中部大学),川口 敏幸(中部大学),松岡 良輔(中部大学),伊藤 正俊(電気技術開発)

著者名(英語): Basanta　Kumar Gautam(Chubu University),Shigeki Matsumura(Chubu University),Kenji Sakanishi(Chubu University),kawaguchi Toshiyuki(Chubu University),Ryousuke Matsuoka(Chubu University),Masatoshi Ito(Japan Electrical Consulting Ltd)

キーワード: Polymer Insulator|Contamination|Flashover Voltage|Simulated Rain|Core DiameterHydrophobicity

要約(日本語): Hydrophobic polymer insulators are increasingly used worldwide for many advantages they offer over conventional porcelain and glass insulators. But being relatively new, their characteristics have not been fully clarified yet. In this paper, we investigate effect of core diameter of cylindrical polymer insulator on the contamination flashover voltage performance of polymer insulators under simulated rain and compare the results with those obtained under heavy fog conditions. Our invesigation results suggest that the contamination flashover voltage of cylindrical polymer insulator under simulated rain changes very gradually with increase in core diameter.

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