AP: Large Scale System Applications
-December 12
Dec. 12 (Wed.) Large Scale System Applications Room 101
Electric aircrafts and motors
Chairpersons: Minwon Park (Changwon National University) and Taketsune Nakamura (Kyoto University)
AP1-1-INV 12:30–12:55
Development of fully-turbo electric propulsion systems for future aircrafts
*Masataka Iwakuma1,Masataka Komiya1,Takuya Aikawa1,Kouichi Yoshida1,Shun Miura1,Takashi Yoshida1,Teruyoshi Sasayama1,Akira Tomioka2,Masayuki Konno2,Yuhji Aoki3,Kazuhisa Adachi3,Teruo Izumi4
Kyushu University1
Fuji ElectricCo.,Ltd.2
SWCC Showa Cable Systems Co., Ltd.3
AIST4
AP1-2-INV 12:55–13:20
Towards Superconducting Hybrid Electric Aircraft: KIT Research Activities within TELOS and ASuMED
*B. Holzapfel1, T. Benkel1, F. Grilli1, J. Hänisch1, A. Kudymow1, M. Lao1, Y. Liu1, S. Schlachter1, S. Strauss1
Institute for Technical Physics, Karlsruhe Institute of Technology, Karlsruhe, Germany1
AP1-3 13:20–13:40
Conceptual Study on Lighter and More Compact Transmission Cable Systems for More Electric Aircrafts
*Shigeki Isojima1, Yoshiyuki Yoshida2, Naoyuki Amemiya3, Nobuyuki Sadakata4, Michiya Okada2, Hiroyuki Ohsaki5
Sumitomo Electric Industries,Ltd. Japan1
National Institute of Advanced Industrial Science and Technology Japan2
Kyoto University Japan3
Fujikura Ltd. Japan4
University of Tokyo Japan5
AP1-4-INV 13:40–14:05
Challenging Several Hundred kW class Transportation Equipment Using High Temperature Superconducting Induction/Synchronous Motor
*Taketsune Nakamura1, Liangliang Wei1, Fuat Kucuk1, Kentaro Kuroda1, Masaaki Yoshikawa2, Yoshitaka Itoh2, Toshihisa Terazawa2
Kyoto University, Japan1
IMRA MATERIAL R&D Co., Ltd, Japan2
AP1-5 14:05–14:25
Experimental and Theoretical Discussion on Step Out Characteristics of High Temperature Superconducting Induction/Synchronous Motor
*Taketsune Nakamura1
Kyoto University1
AP1-6 14:25–14:45
Motor Structure and Output Density of IPM Motor Using Bulk Superconductors as Magnetic Field
*Wataru Akada1, Yutaka Terao1, Hiroyuki Ohsaki1
University of Tokyo1
Fusions
Chairpersons: Joseph Minervini (MIT) and Bruce Strauss (U. S. Department of Energy)
AP2-1-INV 14:55–15:20
Conceptual design of Japan’s fusion DEMO reactor JA DEMO with emphasis on superconducting magnet issues
*Kenji Tobita1, Hiroyasu Utoh1, Ryoji Hiwatari1, Yuya Miyoshi1, Shinsuke Tokunaga1, Yoshiteru Sakamoto1, Youji Someya1, Nobuyuki Asakura1, Yuki Homma1, Noriyoshi Nakajima2
National Institutes for Quantum and Radiological Science and Technology (QST)1
National Institutes for Fusion Science (NIFS)2
AP2-2-INV 15:20–15:45
SPARC: An Accelerated Pathway to Fusion Energy Based on High-Field REBCO Superconducting Magnets
*Zachary S. Hartwig1, SPARC team1,2
Massachusetts Institute of Technology, USA.1
Commonwealth Fusion Systems2
AP2-3-INV 15:45–16:10
Development of the HTS Magnet System for the Next Stage of LHD Based on the Reliable 20 Years’ Operation
*Toshiyuki Mito1,2, Yuta Onodera1,2, Kazuya Takahata1,2, Nagato Yanagi1,2, Shinji Hamaguchi1, Suguru Takada1
National Institute for Fusion Science, National Institute of Natural Sciences, Japan1
SOKENDAI (The Graduate University for Advanced Studies), Japan2
