将电压跌落与线路故障和雷电联系起来

F. Elmendorf, L. King, M. Ingram
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引用次数: 9

摘要

为了在即将到来的竞争激烈的能源市场中站稳脚跟,公用事业公司必须明智地改进其输电和配电系统,为客户提供最高质量的电力。从这个角度来看,了解导致特定电压跌落的原因对于决定在哪里花费有限的资本改进预算是非常宝贵的。本文描述了一个将电压跌落与输电线路故障以及引起故障的相应雷击联系起来的数据库集成系统。通过确定易受雷击故障影响的关键位置,可以有策略地实施补救措施,以提高系统的防雷性能和故障性能。此外,可以识别非闪电引起的干扰,从而确定其他原因。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Correlating voltage sags with line faults and lightning
In order to position themselves for the coming competitive energy marketplace, utilities must judiciously improve their transmission and distribution system to provide the highest quality power to their customers. In this light, the knowledge of what caused particular voltage sags can be invaluable in deciding where to spend a limited capital improvement budget. This article describes an integrated system of databases that correlates voltage sags with transmission line faults and any corresponding lightning strikes that caused the fault. By determining the critical locations for susceptibility to lightning-induced faults, remedial measures can be tactically implemented to improve both the lightning protection and the fault performance of the system. In addition, disturbances not caused by lightning can be identified so that other causes can be determined.
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