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Magnetic field and magnetization loss calculation in an HTS transmission cable considering the axial field component of SC tape

机译:考虑SC胶带轴向磁场分量的HTS传输电缆的磁场和磁化损耗计算

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摘要

One of the major issues in power application of the HTS transmission cable is the AC loss as it is related with power transmission capacity and efficiency. Although the HTS transmission cable has only transport current without external magnetic field, the magnetization loss as well as the transport current loss is generated because any tape constituting transmission cable is exposed to magnetic fields given by currents flowing in other tapes of cable. The magnetic field induced by layer flowing current in the transmission cable have two components, that is, axial component magnetic fields at inner region and azimuthal component at outer region of each layer for transmission cable axis due to winding structure of cable. Therefore, any tape in the cable experience parallel and axial component magnetic field for tape wide face. So, the magnetization loss must be calculated in consideration of this field configuration.
机译:HTS传输电缆在电源应用中的主要问题之一是交流损耗,因为它与输电容量和效率有关。尽管HTS传输电缆仅具有传输电流而没有外部磁场,但是由于构成传输电缆的任何胶带都暴露于在其他电缆带中流动的电流所产生的磁场,因此会产生磁化损耗以及传输电流损耗。传输电缆中的层流电流所感应的磁场具有两个分量,即,由于电缆的缠绕结构,传输电缆轴线的每一层的内部区域的轴向分量磁场和外部层的方位角分量磁场。因此,电缆中的任何胶带在胶带的整个表面上都承受平行和轴向的分量磁场。因此,必须考虑该磁场配置来计算磁化损耗。

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