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AC Loss Measurement of a Short HTS Cable With Shield by Electrical Method

机译:电气方法测量带屏蔽的高温超短电缆的交流损耗

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In order to electrically investigate the AC losses of the conductor and the shield in an actual HTS cable with shield, we attached two voltage-leads to the conductor and shield of a short cable which is the same as the Korea Electric Power Corporation (KEPCO) HTS cable under the field test, and examined it. The result shows that the polarities of the loss voltages measured from both voltage-leads are opposite. The ratio (1.6) between the losses for different transport periods measured from the conductor-lead is quite large. It is considered from these results that the conductor loss is the sum of the losses measured from the conductor-lead and shield-lead. And this conductor loss corresponds well with the numerical result too. Moreover, the total loss of the short cable measured from the proposed electrical method at 77 K was compared with that of the KEPCO cable by calorimetry at 66.6 K through our numerical model. The difference between the measured losses and numerical ones is almost the same. This means that the shield loss is measured from the shield-lead, and the conductor loss from both voltage-leads.
机译:为了对实际的带屏蔽HTS电缆中的导体和屏蔽层的交流损耗进行电学研究,我们将两条电压线连接到与韩国电力公司(KEPCO)相同的短电缆的导体和屏蔽层上HTS电缆经过现场测试,并进行了检查。结果表明,从两条电压引线测得的损耗电压的极性相反。从导体导线测得的不同传输周期的损耗之间的比率(1.6)很大。从这些结果可以认为,导体损耗是从导体引线和屏蔽引线测得的损耗之和。而且该导体损耗也与数值结果很好地吻合。此外,通过我们的数值模型,通过量热法在66.6 K下,比较了从建议的电气方法测得的短电缆在77 K下的总损耗与KEPCO电缆的总损耗。测得的损失与数值损失之间的差异几乎相同。这意味着屏蔽损耗是从屏蔽引线测量的,导体损耗是从两条电压引线测量的。

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