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超导储能混合磁体的失超检测

The Quench Detection of SMES Hybrid Magnet
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摘要 针对超导储能混合磁体的特点,设计了一套用于超导储能混合磁体的失超检测与保护系统。系统采用数字失超检测方法,利用高性能的数字采集卡NI-6224,快速可靠的检测到磁体失超;并通过卸能电阻可变的卸能回路实现磁体的失超保护,极大地加速了磁体电流的衰减,提高了移能效率,减小失超区的温升。 This paper designed the quench detection and protection system applied in SMES hybrid magnet hased on characteristics of SMES hybrid system. This quench protection system adopt digital quench detection system and rely on high-powered NI-6224 digital acquisiton card, so it can quickly and reliably detect quench in SEMS hybrid magnet. Discharge energy circuit adopting alterable discharge energy resistance greatly impove discharge effieidency and reduce volatilization of cooling medium.
出处 《科技信息》 2012年第1期57-58,共2页 Science & Technology Information
基金 浙江省教育厅科研项目(y201018570)
关键词 超导储能混合磁体 失超保护 数字失超检测 SMES hybrid magnet: Quench protection Digital ueneh detection
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  • 1沈洁,季振山,罗家融,齐娜.低温超导线圈失超信号检测[J].低温与超导,2005,33(1):50-52. 被引量:3
  • 2刘先昆,罗虹,张莉,乔硚,丁世英,徐健健.高温超导体临界电流的测量[J].低温物理学报,2006,28(4):359-367. 被引量:9
  • 3Nanato N, Yanagishita M, Nakamura K. Quench Detection of Bi - 2223 HTS coil by Partial Active Power De- tecting Method [ J ]. IEEE Trans. Appl. Superconductivity, 2001,11 ( 1 ) :2391 - 2393.
  • 4Orris'D F,leher S,LarnmM J,et al A Digital Quench Detection System For Superconducting Magnets [C]. ProcccdingsoftheI999 Particle Accderator Conference, New York, 1999,3191 -3193.
  • 5[1]MITSUII H.Review of the research and development for insula-tion of superconducting fault-current limiters[J].Cryogenics,1998,38(11):1159-1167.
  • 6[2]TASAKI K,YAZAWA T,YONEDA E S,et al.Quench current degradation in superconducting coil for 6.6 kV/2 kA fault limiter[J].IEEE Trans.on MAG,1996,32(4):2407-2410.
  • 7[3]DRASNER L.Superconductor stability '90:a overview[J].Cryogenics,1991,31(7):489-498.
  • 8[4]LOYD R J,BULE A M,CHANG C L,et al.Coil protection for the 20.4 MW*h SMES.ETM[J].IEEE Trans.on MAG,1991,27(2):1716-1719.
  • 9[5]HORNFELDY S,ALBERTSSON O,BONMANN D,et al.Power transformer with superconducting windings[J].IEEE Trans.on MAG.1993,29(6):3556-3558.
  • 10[6]IWAKUMA M,FUNAKI K,KANETAKA H,et al.Quench analysis in a 72 kV*A superconducting four-winding power transformer[J].Cryogenics,1998,29(11):1055-1062.

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