| Title |
A Electrical Characteristic Simulation and Test for the Steady and Transient State in the 22.9kV HTS Cable Distribution System. |
| Authors |
이근준(Lee, Geun-Joon) ; 황시돌(Hwnag, Si-Dol) ; 양병모(Yang, Byeong-Mo) ; 이현철(Lee, Hyun-Chul) |
| Keywords |
HTS(High Temperature Superconducting) Cable ; HTS component(Conductor, Shield, Former, Stabilizer) |
| Abstract |
With rapid development of world economics, electricity demand in metropolitan area has been increased dramatically. HTS(High Temperature Superconducting) cable is one of most promising technology to solve the bottleneck of electric network. However, HTS cable is not considered as matured technology yet to power system planners because of its different characteristics with conventional metal conductors. This paper suggests the comparison results of HTS cable simulation and experiment on steady state operation, also give the simulation results on transient characteristics of HTS cable components. This results could devote not only to discuss the security of HTS cable operation, but also to design power system oriented HTS cable. |