摘要
超导电缆是电力传输领域的革命性技术。为了利用第二代高温超导体稀土钡铜氧(rare earth barium copper oxide,REBCO)带材的优越性能,制造能在长距离传输中实现高载流、高效率的大电流电缆,对不同构型的高温超导电缆进行研究。文中系统梳理了典型高温超导电缆的结构特征,并对其拓扑结构设计、电磁特性及制造工艺进行系统对比与评述,可为未来商业化的电网输电和可控核聚变等研究提供有价值的参考和指导。
Superconducting cable is a revolutionary technology in the field of power transmission.In order to make use of the superior performance of second-generation high-temperature superconductor rare earth barium copper oxygen(REBCO)tape to manufacture high-current cables that can achieve high current-carrying capacity and high efficiency in long-distance transmission,high-temperature superconducting cables of different configurations were studied.In the paper,structural characteristics of typical high-temperature superconducting cables were systematically sorted out,and their topological design,electromagnetic characteristics and manufacturing process were systematically compared and reviewed,which could provide valuable reference and guidance for future commercial research such as grid transmission and controlled nuclear fusion.
作者
崔晓彤
李文皓
徐茂川
李金宽
李永正
李敏娟
周迪帆
蔡传兵
CUI Xiaotong;LI Wenhao;XU Maochuan;LI Jinkuan;LI Yongzheng;LI Minjuan;ZHOU Difan;CAI Chuanbing(Department of Physics,College of Science,Shanghai University,Shanghai 200444,China;Shanghai Key Laboratory of High Temperature Superconductors,Shanghai 200444,China;Shanghai Creative Superconductor Technologies Co.,Ltd.,Shanghai 201403,China)
出处
《电线电缆》
2025年第9期23-31,共9页
Wire & Cable
关键词
第二代高温超导带材
高温超导电缆
可控核聚变
the second-generation high-temperature superconducting tapes
high temperature superconducting cables
controlled nuclear fusion
