Status and result of the KSTAR upgrade for the 2010's campaign

Yang, H. L.*; Kim, Y. S.*; Park, Y. M.*; Bae, Y. S.*; Kim, H. K.*; Kim, K. M.*; Lee, K. S.*; Kim, H. T.*; Bang, E. N.*; Joung, M.*; Kim, J. S.*; Han, W. S.*; Park, S. I.*; Jeong, J. H.*; Do, H. J.*; Lee, H. J.*; Kwag, S. W.*; Chang, Y. B.*; Song, N. H.*; Choi, J. H.*; Lee, D. K.*; Kim, C. H.*; Jin, J. K.*; Kong, J. D.*; Hong, S. L.*; Park, H. T.*; Namkung, W.*; Cho, M. H.*; Park, H.*; Kwak, J. G.*; Chang, D. H.*; Jeong, S. H.*; Jin, J. T.*; In, S. R.*; Wang, S. J.*; Kim, S. H.*; Watanabe, Kazuhiro; Grisham, L.*; Kwon, M.*; Gorelov, Y.*; Lohr, J.*; KSTAR Team*

Because the 2010 operation of Korea Superconducting Tokamak Advanced Research (KSTAR) mainly aims to achieve strongly elongated and diverted plasma, all the necessary hardware systems to provide an essential circumstance for the plasma shaping were newly installed and upgraded in 2010. In this paper, general configuration of the upgraded systems described earlier will be outlined. Moreover, several key performances and test results of the systems will be also reported in summary.