Increase of current limiting capacity of SFCLs by using matrix-type SFCL module

  • Chung, Dong Chul
  • Pak, Byeong Ha
  • Cho, Yong Sun
  • Jung, Byung Ik
  • Han, Hu Seok
  • 외 6명
Citations

WEB OF SCIENCE

3
Citations

SCOPUS

4

초록

We report the increase of the current limiting capacity of SFCLs by using the basic 1×3 matrix module with 3 superconducting elements. To do this, we fabricated the basic superconducting module with the 1×3 matrix structure which consists of a trigger part and current limiting parts. Firstly, we analysed the current limiting characteristics of the basic superconducting module with the 1×3 matrix structure. Secondly, we investigated characteristics about the increase of the current limiting capacity of 2 × 3 matrix-type SFCLs and 3×3 matrix-type SFCLs which were connected in parallel with 2 or 3 basic 1×3 modules. From this procedure, we approved that the easy increase of the current limiting capacity of SFCLs could be realized throughout the simply parallel connection of basic 1 × 3 modules without complex wiring. We used YBCO superconducting thin films and constructed matrix-type SFCLs by using 9 superconductors and 3 reactors. Experimental results were reported in terms of the increase characteristics of the limiting capacity for fault currents and fault voltages.

키워드

Fault currentsMFCLSimultaneous quenchSuperconducting fault current limitersCurrent limitingCurrent limiting characteristicsCurrent-limiting partFault currentsFault voltageLimiting capacityMatrix modulesMatrix structureMFCLParallel connectionsSimultaneous quenchSuperconducting elementsSuperconducting fault current limitersTrigger partYBCO superconducting thin filmElectric connectorsLimitersSuperconducting filmsSuperconductivityYttrium barium copper oxidesElectric fault currents
제목
Increase of current limiting capacity of SFCLs by using matrix-type SFCL module
저자
Chung, Dong ChulPak, Byeong HaCho, Yong SunJung, Byung IkHan, Hu SeokKwak, Min HwanKang, Seung BeomOh, Hyo WonSung, Tae HyunHan, Tae HeeChoi, Hyo Sang
DOI
10.1109/TASC.2010.2090448
발행일
2011-06
유형
Article
저널명
IEEE Transactions on Applied Superconductivity
21
3
페이지
1280 ~ 1283