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Evaluation of transmission line insulator for I-Type string insulator design

机译:I型弦绝缘子设计传输线绝缘子的评估

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Glazed glass cap and pin insulators that have been removed from the transmission line, have electrical characteristics ensuring them to be reused and reinstalled on lower voltage distribution level lines. The electrical properties determination involving insulator resistance, self-capacitance, corona inception voltage and flashover voltage were measured using AC high voltage generating unit. The advantage of this paper is that it presents, an effective new technique to select aged glazed glass insulator based on measured characteristics, in combination with likelihood of flashover occurrence and compatibility factor, making I-type string insulator design more deterministically and particularly for 33kV distribution line application. Using technique employing coefficient of compatibility, it was found that transmission line glazed glass cap and pin insulator can be recycled, selected and reused for distribution line insulation application.
机译:已从传输线中取出的玻璃玻璃盖和别针绝缘子具有电气特性,确保它们在较低电压分布液位线上重复使用并重新安装。使用AC高电压产生单元测量涉及绝缘电阻,自电容,电晕初始电压和闪络电压的电性能。本文的优点是它提供了一种基于测量特性选择老化玻璃绝缘体的有效新技术,与闪络发生和兼容性因数的可能性相结合,使I型弦绝缘体设计更具确定性,特别是33kV分布行应用程序。使用采用兼容系数的技术,发现传输线玻璃玻璃盖和销绝缘体可以再循环,选择和重复用于配电线绝缘应用。

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