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The Experiment to Evaluate the AC Loss of 2G HTS Windings in the Application of Rotating Electric Machines

机译:旋转电机应用中2G HTS绕组交流损耗的评估实验

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This paper presents the design of an AC loss experiment using nitrogen boil-off method. This experiment is aimed at exploring the AC loss of HTS double race-track coils which will be installed on the rotor of a wind turbine generator. The operating environment is simulated by designing a cryostat with rotating magnetic field windings. Apart from the fact that the alternating magnetic field causes most of AC loss on the HTS coils, we also believe that the DC background field would be another important factor causing AC loss if the HTS coil is experiencing by both alternating magnetic field in the perpendicular direction and DC background field in the parallel direction. In order to perform the boil-off measurement, we present the method to estimate the heat leakage in the cryostat which might cause errors to the measurement .
机译:本文提出了一种使用氮气蒸发法进行交流损失实验的设计。该实验旨在探讨将安装在风力发电机发电机转子上的高温超导双赛道线圈的交流损耗。通过设计具有旋转磁场绕组的低温恒温器来模拟运行环境。除了交变磁场会导致HTS线圈产生大部分交流损耗这一事实外,我们还认为,如果HTS线圈在垂直方向上都受到交变磁场的影响,则直流背景场将是导致交流损耗的另一个重要因素和直流背景场在平行方向上。为了进行沸腾测量,我们提出了一种估算低温恒温器中热泄漏的方法,该方法可能会导致测量误差。

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