| Title |
Electric Power Characteristics of a SFCL based on Turn-ratio of 3-Phase Transformer |
| Authors |
정인성(Jeong, In-Sung) ; 최효상(Choi, Hyo-Sang) ; 정병익(Jung, Byung-Ik) |
| DOI |
https://doi.org/10.5370/KIEE.2014.63.3.414 |
| Keywords |
Electric power characteristic ; Line-to-line ; SCR ; SFCL ; Superconductor ; Turn-ratio |
| Abstract |
At present, the demand for electric power increases, the electric power system is complicated. The size of the line-to-ground fault and the line-to-line fault occurred with complication of electric power system continue to increase, therefore several issues are raised. To address these issues effectively, the superconducting fault current limiter (SFCL) has been proposed, this study is ongoing. In this paper, we applied the SFCL in three-phase transformer and comparative analysis of the electric power burden to the SFCL. The superconductor is combined to the third winding of transformers in connection structure. In case of a third line-to-line fault, we did comparative analysis of the electric power burden to the SFCL based on the turn ratio of transformer third winding. In this case, we could confirm as the third turn ratio increased, electric power impressed to the superconducting element increased. |