Recovery characteristics of matrix-type SFCL with 2 x 3 matrixes under the triple lines-to-ground fault

  • Chung, D. C.
  • Choi, H. S.
  • Cho, Y. S.
  • Jung, B. I.
  • Kwak, M. H.
  • 외 4명
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초록

In this paper we analyzed recovery characteristics of matrix-type SFCLs (MFCL) with 2 x 3 matrixes when triple lines-to-ground fault occurred. MFCLs used in this work consist of 18 superconductors, six reactors for induction of magnetic field and several parallel impedances for bypassing fault currents. Also we analyzed recovery characteristics of resistive-type SFCLs of which 18 superconductors are connected in series and parallel, without reactors and parallel impedances, for the purpose of comparison, under the same experimental conditions of MFCLs. Experimental results were reported in terms of recovery characteristics for individual superconductors in an R phase, dependency of faults cycles and applied fault voltages in each phase. We confirmed that recovery characteristics of MFCLs were more excellent than those of resistive-type SFCLs. (C) 2010 Published by Elsevier B.V.

키워드

Fault currentSFCLMatrix-type SFCLRecovery timesElectric fault currentsElectric groundingRecoverySuperconducting materialsExperimental conditionsFault voltageGround faultsMatrix typesParallel impedanceRecovery timeResistive typeSFCLSuperconducting fault current limiters
제목
Recovery characteristics of matrix-type SFCL with 2 x 3 matrixes under the triple lines-to-ground fault
저자
Chung, D. C.Choi, H. S.Cho, Y. S.Jung, B. I.Kwak, M. H.Kang, S. B.Oh, H. W.Han, H. S.Sung, T. H.
DOI
10.1016/j.physc.2010.05.180
발행일
2010-11
유형
Article; Proceedings Paper
저널명
Physica C: Superconductivity and its Applications
470
20
페이지
1646 ~ 1652