高温超导电缆保护的配置方案及原理研究

Xiaofeng He, Renli Cheng, Weizhe Ma, Anlong Zhang, Zeqi Chen, Reheman Yushan, Zhe Zhang, Zhenzhe Zhang, X.G. Yin
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引用次数: 0

摘要

高温超导电缆的失温检测和故障保护是保证高温超导电缆安全运行的核心和基础。由于高温超导电缆的结构和故障机理与传统电缆存在较大差异,其保护配置和实施原理尚未形成统一的认识。本文在分析高温超导电缆故障类型和短路故障机理的基础上,根据其性能特点和影响后果,提出了短路保护和短路保护相结合的综合配置方案。针对序动保护、逆时过热保护等特殊复杂的保护功能,给出了具体的原理和实现方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on configuration scheme and principle of HTS cable protection
The quench detection and fault protection of high- temperature superconducting (HTS) cables are the core and foundation of ensuring the safe operation of HTS cables. Because the great difference between the structure and fault mechanism of HTS cable and traditional cable, the protection configuration and implementation principle have not yet formed a unified understanding. Based on the analysis of the fault types of HTS cable and the mechanism of quench fault, this paper proposes a comprehensive configuration scheme combining short-circuit protection and quench protection according to the performance characteristics and influence consequences. In view of the special and complex protection functions such as sequential action protection and inverse time overheating protection, the specific principle and implementation method are given.
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