首页> 外文期刊>IEEE Transactions on Applied Superconductivity >The Insulation Characteristics of Coil—Cryocooler for Conduction Cooled HTS SMES
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The Insulation Characteristics of Coil—Cryocooler for Conduction Cooled HTS SMES

机译:传导冷却HTS SMES的线圈-Cryocooler的绝缘特性

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摘要

The conduction cooled high-temperature superconductor (HTS) SMES (superconducting magnetic energy storage) was operated in cryogenic temperature and high vacuum conditions. Thus, the insulation design at the conditions is an important element that should be established to accomplish compact design is a big advantage of HTS SMES. However, the behaviors of insulators for the conditions are virtually unknown. Therefore, we need to researches and development of insulation concerning application of the conduction cooled HTS SMES. In this study, we experimented on insulation characteristics of SMES system. Also, we investigated about insulation characteristics of suitable materials to insulator for conduction cooled HTS SMES. As these results, we had basic data for insulation materials selection and insulation design of cryocooler-to-magnet coil for the development of 600 kJ class conduction cooled HTS SMES.
机译:传导冷却的高温超导体(HTS)SMES(超导磁储能器)在低温和高真空条件下运行。因此,在一定条件下进行绝缘设计是实现紧凑设计应建立的重要元素,这是HTS SMES的一大优势。但是,绝缘子在该条件下的行为实际上是未知的。因此,我们需要研究与传导冷却的HTS SMES绝缘相关的绝缘材料的研发。在这项研究中,我们对SMES系统的绝缘特性进行了实验。此外,我们还研究了适用于传导冷却HTS SMES的绝缘子与绝缘子的绝缘特性。作为这些结果,我们具有用于开发600 kJ级传导冷却的HTS SMES的冷却器至磁体线圈的绝缘材料选择和绝缘设计的基础数据。

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