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Numerical Study on AC Loss Reduction of Multi-Pole HTS Coil by Optimal Design of Winding Cross Section of Element Coil

机译:单元线圈绕组截面优化设计降低多极高温超导线圈交流损耗的数值研究

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摘要

We study the optimal design of 2- and 4-pole coils wound by YBCO tapes as the case studies of the optimal design of the multiple-coil system based on the AC loss minimization. The winding cross sections of the element coils of the 2- and 4-pole coils were optimized starting from the conventional rectangular cross section to minimize the AC loss. The result shows that the AC loss in the optimized coil is significantly reduced and the critical current of the optimized coil is increased compared with the base coil. According to the results, the validity of our optimal design method is verified to effectively reduce the AC loss in the multi-pole coils wound by the YBCO tapes. Some disadvantageous points of the optimized coil are also discussed.
机译:我们以YBCO胶带缠绕的2极和4极线圈的最佳设计为研究对象,以基于交流损耗最小化的多线圈系统的最佳设计为例。从传统的矩形横截面开始,对2极和4极线圈的元件线圈的绕组横截面进行了优化,以最大程度地减少了交流损耗。结果表明,与基础线圈相比,优化线圈中的交流损耗显着降低,并且优化线圈的临界电流增加。根据结果​​,验证了我们最优设计方法的有效性,以有效减少YBCO胶带缠绕的多极线圈中的交流损耗。还讨论了优化线圈的一些缺点。

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