利用线路离地间隙测量和天气监测技术对TNB架空输电线路进行热额定监测

A. A. Rahim, I. Abidin, F. Tarlochan, M. F. Hashim
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引用次数: 15

摘要

通过短传输线的电力传输主要受到额定热量的限制。准确确定热额定可以最大限度地实现电力传输,从而节省电力公司新建线路的费用。额定热通常被设定为一定的导体温度,在运行过程中,输电线路不会有接地间隙问题,导体材料性能将保持在其原始状态。导线温度随天气参数和负载的变化而变化,并与线路垂度或地线间隙密切相关。导线温度可以通过监测线路的离地间隙和天气参数来确定,并计算出实际的热额定值。采用带数据记录仪的激光测距传感器和实时监测计算软件对线路离地间隙进行实时监测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermal rating monitoring of the TNB overhead transmission line using line ground clearance measurement and weather monitoring techniques
Power transfer through a short transmission line is mainly limited by thermal rating. Accurate determination of thermal rating can maximize power transfer which subsequently saves utility from building new lines. Thermal rating normally is set to a certain conductor temperature which during operation the transmission line will not has problem with ground clearance and the conductor material properties will remain in its original state. The conductor temperature varies with weather parameters and loading and it has close relationship with line sag or line ground clearance. The conductor temperature can be determined by monitoring the line ground clearance and weather parameters and the actual thermal rating can be calculated. Monitoring of the line ground clearance can be done in real time using laser distance measurement sensor with data logger and real time monitoring and calculation software.
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