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    • 4. 发明申请
    • SUPERCONDUCTING CABLE WITH WIDE-WIDTH TYPE SUPERCONDUCTING STRIP LINES
    • 超宽带超级连接线
    • US20110203829A1
    • 2011-08-25
    • US13126825
    • 2009-05-28
    • Hyun Man JangSu Kil LeeChoon Dong KimChang Youl Choi
    • Hyun Man JangSu Kil LeeChoon Dong KimChang Youl Choi
    • H01B11/18
    • H01B12/06Y02E40/642
    • A superconducting cable having wide-width superconducting strip lines. The superconducting cable having wide-width superconducting strip lines includes, from the center of the cable, a former, a superconducting layer, an electronic insulation layer, and a superconducting shield layer. The superconducting layer is formed as a plurality of superconducting strip lines spirally wound around the circumference of the former, and each of the strip lines has a rectangular cross section. The strip lines are, respectively, made up of a wide-width strip line of which the ratio of the width to the thickness is within the range of 20 to 30. The cable may prevent to deteriorate the efficiency of the cable, by reducing the vertical element of the magnetic field occurred around the strip lines. The structure disclosed herein may reduce the whole intensity of the magnetic field, and reduce the whole outer diameter of the cable.
    • 一种具有宽幅超导带状线的超导电缆。 具有宽带超导带状线的超导电缆包括从电缆的中心,前者,超导层,电子绝缘层和超导屏蔽层。 超导层形成为围绕前者的圆周螺旋地缠绕的多条超导带状线,并且每条带状线具有矩形横截面。 带状线分别由宽度宽的带状线构成,其宽度与厚度的比率在20至30的范围内。电缆可以防止电缆的效率恶化,通过减少 磁场的垂直元件围绕带状线发生。 本文公开的结构可以减小磁场的整体强度,并且减小电缆的整个外径。
    • 6. 发明申请
    • TERMINAL APPARATUS WITH BUILT-IN FAULT CURRENT LIMITER FOR SUPERCONDUCTING CABLE SYSTEM
    • 带有内置故障电流限制器的终端设备用于超级电缆系统
    • US20110045987A1
    • 2011-02-24
    • US12812833
    • 2009-01-05
    • Hyun Man JangSu Kil LeeChoon Dong Kim
    • Hyun Man JangSu Kil LeeChoon Dong Kim
    • H01L39/02H02H9/00
    • H02G15/34Y02E40/648
    • A terminal apparatus for a superconducting cable system connects an overhead transmission cable or power appliance such as a breaker in an ambient temperature state to a superconducting cable through which power is transmitted at a cryogenic temperature. The terminal apparatus has: a refrigerant tub which is connected to the end of a superconducting cable and is filled with a refrigerant; a vacuum heat insulating container that surrounds the exterior of the refrigerant tub; a current lead having one end connected to the end portion of the superconducting cable and the other end connected to the overhead transmission cable or power appliance through the refrigerant tub and the vacuum heat insulating container; and a superconducting fault current limiter installed at a center portion of the current lead in the interior of the refrigerant tub to limit fault current. As the superconducting fault current limiter is built in the terminal apparatus, the terminal apparatus itself can play the role of a fault current limiter too. Hence, the terminal apparatus can protect a superconducting cable from a fault current directly by limiting the fault current flowed into the superconducting cable when a power transmission fault occurs.
    • 用于超导电缆系统的终端设备将高架传输电缆或诸如断路器的电力设备在环境温度状态下连接到超导电缆,电力在低温下通过该电缆传输。 终端装置具有:制冷剂槽,其连接到超导电缆的端部并填充有制冷剂; 围绕所述制冷剂桶的外部的真空隔热容器; 电流引线,其一端连接到超导电缆的端部,另一端通过制冷剂桶和真空绝热容器连接到顶置传输电缆或电力设备; 以及安装在制冷剂桶内部的电流引线的中心部分以限制故障电流的超导故障限流器。 由于超导故障限流器内置在终端设备中,终端设备本身也可以起到故障限流器的作用。 因此,当发生电力传输故障时,终端装置可以通过限制流入超导电缆的故障电流来直接保护超导电缆免受故障电流的影响。
    • 7. 发明授权
    • Terminal apparatus with built-in fault current limiter for superconducting cable system
    • 具有内置超导电缆系统故障限流器的终端设备
    • US08295900B2
    • 2012-10-23
    • US12812833
    • 2009-01-05
    • Hyun Man JangSu Kil LeeChoon Dong Kim
    • Hyun Man JangSu Kil LeeChoon Dong Kim
    • H01F6/06H01L23/48
    • H02G15/34Y02E40/648
    • A terminal apparatus for a superconducting cable system connects an overhead transmission cable or power appliance such as a breaker in an ambient temperature state to a superconducting cable through which power is transmitted at a cryogenic temperature. The terminal apparatus has: a refrigerant tub which is connected to the end of a superconducting cable and is filled with a refrigerant; a vacuum heat insulating container that surrounds the exterior of the refrigerant tub; a current lead having one end connected to the end portion of the superconducting cable and the other end connected to the overhead transmission cable or power appliance through the refrigerant tub and the vacuum heat insulating container; and a superconducting fault current limiter installed at a center portion of the current lead in the interior of the refrigerant tub to limit fault current. As the superconducting fault current limiter is built in the terminal apparatus, the terminal apparatus itself can play the role of a fault current limiter too. Hence, the terminal apparatus can protect a superconducting cable from a fault current directly by limiting the fault current flowed into the superconducting cable when a power transmission fault occurs.
    • 用于超导电缆系统的终端设备将高架传输电缆或诸如断路器的电力设备在环境温度状态下连接到超导电缆,电力在低温下通过该电缆传输。 终端装置具有:制冷剂槽,其连接到超导电缆的端部并填充有制冷剂; 围绕所述制冷剂桶的外部的真空隔热容器; 电流引线,其一端连接到超导电缆的端部,另一端通过制冷剂桶和真空绝热容器连接到顶置传输电缆或电力设备; 以及安装在制冷剂桶内部的电流引线的中心部分以限制故障电流的超导故障限流器。 由于超导故障限流器内置在终端设备中,终端设备本身也可以起到故障限流器的作用。 因此,当发生电力传输故障时,终端装置可以通过限制流入超导电缆的故障电流来直接保护超导电缆免受故障电流的影响。