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Experimental Investigation on Live Working Requirements for 1000kV Ultra High Voltage AC Transmission Line

机译:1000kV超高压交流输电线路带电作业试验研究

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摘要

To provide technical support and reference for the design and maintenance of 1,000 kV AC transmission line, the experimental investigation on live working was carried out systematically. First, according to the system parameters, the over-voltage level and its statistical distribution during the process of live working were analyzed and calculated. And then, at 1:1 ratio scale simulated tower, tests were performed on different live working positions. Based on these, the minimum approach distance and complex gaps were obtained, and the minimum effective insulating length of insulating tools was found too. According to the practical conditions of the lines, suitable full-set screening clothes were developed and tested. And the electric field intensity on human-body surface inside and outside of the screening clothes at different working positions was measured. The results indicate that the climbing worker should dress screening clothes, and the equal potential worker should wear additional electric field shield mask, and use potential rod during the equal potential process.
机译:为了给1000 kV交流输电线路的设计和维护提供技术支持和参考,系统地进行了带电作业的实验研究。首先,根据系统参数,对带电作业过程中的过电压水平及其统计分布进行了分析计算。然后,以1:1比例比例的模拟塔,对不同的带电工作位置进行了测试。在此基础上,获得了最小的接近距离和复杂的间隙,并且还找到了绝缘工具的最小有效绝缘长度。根据生产线的实际情况,开发并测试了合适的全套筛选服。并且测量了在不同工作位置的筛查衣服的内部和外部的人体表面上的电场强度。结果表明,攀爬工人应穿好屏蔽服,等电位工人应佩戴额外的电场屏蔽罩,并在等电位过程中使用电位棒。

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