基于电缆外护套温度计算导体温度的误差分析

L. Gang, Zhou Fan, Y. Xiaojun, Hu Qiannan
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引用次数: 3

摘要

高压电缆导体温度的准确计算一直是电缆设计、运行管理和电力调度所关注的问题。为了根据表面温度和铝护套温度准确计算导体温度,提出了热电路。设计了埋地110kv交联聚乙烯单芯电缆阶跃电流的温升试验。基于热电路对实验数据进行了分析,结果表明:用外护套温度计算的导体温度值与实测值比较,误差在5%以内;用铝护套温度计算的导体温度值与实测值比较,误差也在5%以内,两者的差值范围为-0.3℃~ 1℃。也就是说,根据表面温度精确计算导体温度是可行的,也可以应用于工程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Error analysis on calculating conductor temperature based on outer sheath temperature of cable
Calculating conductor temperature of HV cable accurately has been concerned by cable design, operation and management, and power scheduling. In order to calculate conductor temperature accurately based on surface temperature and aluminum sheath temperature, thermal circuit was put forward. We designed temperature rising test for step current of 110 kV XLPE single-core cable which was buried in soil. The experimental data was analyzed based on thermal circuit, the results show: comparing conductor temperature value calculated by outer sheath temperature and measured value, the error is among 5%, and comparing conductor temperature value calculated by aluminum sheath temperature and measured value, the error is also among 5%, and range of their difference is -0.3°C-1°C. That is to say, it is available to calculate conductor temperature accurately based on surface temperature, which also can be applied in engineering.
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