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模型法雷电冲击下杆塔电位的测量与分析
引用本文:程文锋,梁江东. 模型法雷电冲击下杆塔电位的测量与分析[J]. 南方电网技术, 2012, 6(1): 27-29
作者姓名:程文锋  梁江东
作者单位:梅州供电局,广东 梅州514021;武汉武高电气技术有限公司,武汉430072
摘    要:对雷电冲击下杆塔电位进行实际测量是很困难的,鉴此,介绍了一种采用模型法研究杆塔在雷电冲击下的电位分布,并采用频响法测试冲击接地电阻。通过对模型的测试数据进行分析,发现冲击接地电阻与杆塔高度密切相关,因此,在杆塔防雷优化设计中考虑杆塔冲击接地电阻值的控制范围时杆塔高度是一个不可忽略的重要因素。

关 键 词:冲击接地电阻;雷电流;频响;电感

The Measurement and Analysis of Tower Potential Under Lightning with a Model Method
CHENG Wenfeng and LIANG Jiangdong. The Measurement and Analysis of Tower Potential Under Lightning with a Model Method[J]. Southern Power System Technology, 2012, 6(1): 27-29
Authors:CHENG Wenfeng and LIANG Jiangdong
Affiliation:Meizhou Power Supply Bureau, Meizhou, Guangdong 514021, China;Wuhan Wu-Gao Electrical Technology Co., Ltd. Wuhan 430072, China
Abstract:It is very difficult to measure the tower potential under lightning. The paper presents a model method to research the tower potential distribution under lightning, and measures impulse grounding resistance with frequency response method. It is found through analysis of the test data on the model that the impulse grounding resistance is closely interrelated with the tower height. So in the optimized design of tower against lightning, the tower height is so important a factor as to consider the control range of impulse grounding resistance that it can not be ignored.
Keywords:impulse grounding resistance   lightning current   frequency response   inductance.
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