The lightning-surge proofness of UHV overhead lines

A. Gayvoronsky, A. Ovsyannikov, K.V. Karasjuk
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Abstract

The main difficulties of lightning protection system design are in the very small amount of statistical data, obtained from service experience, on the one hand, and the absence of reliable computing methods, intended for prediction of lightning-surge proofness, on the other. This paper presents some investigations of the lightning-surge proofness of UHV overhead lines. There are data on the electric strength of insulating suspensions, statistics of lightning break out into different line elements, probability of lightning outbreak through shielding wires to conductors and characteristics of impulse streamer corona on line conductors. The physical and numerical models of lightning descending leader orientation towards grounded objects were created.
特高压架空线路的防雷浪涌性能
防雷系统设计的主要困难在于,从服务经验中获得的统计数据量非常少,而且缺乏可靠的计算方法来预测防雷浪涌度。本文对特高压架空线路的防雷击浪涌性能进行了研究。有绝缘悬架的电强度数据,雷电击穿不同线元的统计数据,通过屏蔽线击穿导线的雷电爆发概率,以及导线上脉冲流光电晕的特性。建立了闪电降下引线朝向接地物的物理和数值模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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