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首页> 外文期刊>IEEE Transactions on Power Delivery >Performance of HV transmission line insulators in desert conditions. III. Pollution measurements at a coastal site in the eastern region of Saudi Arabia
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Performance of HV transmission line insulators in desert conditions. III. Pollution measurements at a coastal site in the eastern region of Saudi Arabia

机译:高压输电线路绝缘子在沙漠条件下的性能。三,沙特阿拉伯东部沿海地区的污染测量

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摘要

Contamination flashover is the major cause of insulator failure in the eastern region of Saudi Arabia. Saudi Consolidated Electric Company in the eastern region (SCECO East) has adopted several countermeasures such as increasing the creepage distance and using insulators of different shapes and materials, including resistive-glazed insulators. The utility, however, still relies primarily on an expensive, rigorous maintenance program. Fundamental data of equivalent salt deposit density and the chemical composition of prevailing pollution are presented, and a modified classification of pollution severity is proposed. Leakage current data and the flashover statistics are given. Based on various measured parameters, a comparison of performance among different insulators is made. Of the eight insulator designs evaluated, open-profile insulators performed better than their deep-ribbed counterparts.
机译:沙尘暴是沙特阿拉伯东部地区绝缘子故障的主要原因。东部地区的沙特综合电气公司(SCECO East)采取了一些对策,例如增加爬电距离并使用不同形状和材料的绝缘子,包括电阻玻璃绝缘子。但是,该实用程序仍然主要依赖于昂贵且严格的维护程序。给出了当量盐沉积物密度和主要污染的化学成分的基本数据,并提出了污染严重度的改进分类。给出了泄漏电流数据和闪络统计数据。根据各种测量参数,比较不同绝缘子之间的性能。在评估的八种绝缘子设计中,断面绝缘子的性能优于深肋绝缘子。

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