防雷架空配电线路的可靠性

L. Tolbert, J. Cleveland, L. Degenhardt
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引用次数: 5

摘要

田纳西州橡树岭国家实验室(ORNL)对13.8千伏配电系统32年的历史可靠性进行了评估,得出了几个对工业电力系统规划有用的结论。在过去的32年里,ORNL的系统配置基本保持不变,这使得工厂的8条架空配电线路的可靠性趋势可以进行有意义的比较,其中两条是在20世纪60年代建造的,采用了防雷施工技术。详细记录了135次电厂配电系统停电的原因、持续时间和地点,从而可以进行可靠性评估。该评估清楚地显示了电压结构等级、长度、年龄和高于参考标高的最大标高的差异如何影响架空配电线路的可靠性。ORNL的历史数据与ANSI和IEEE行业调查预测的故障率也进行了比较。
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Reliability of lightning resistant overhead power distribution lines
An assessment of the 32 year historical reliability of the 13.8 kV electrical distribution system at the Oak Ridge National Laboratory (ORNL) in Tennessee has yielded several conclusions useful In the planning of Industrial power Systems. The system configuration at ORNL has essentially remained unchanged in the last 32 years which allows a meaningful comparison of reliability trends for the plant`s eight overhead distribution lines, two of which were built in the 1960`s with lightning resistant construction techniques. Meticulous records indicating the cause, duration, and location of 135 electric outages in the plant`s distribution system have allowed a reliability assessment to be performed. The assessment clearly shows how differences in voltage construction class, length, age, and maximum elevation above a reference elevation influence the reliability of overhead power distribution lines. Comparisons are also made between the ORNL historical data and predicted failure rates from ANSI and IEEE industry surveys.
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