Electromagnetic simulations of a fully superconducting 10-MW-Class wind turbine generator
Electromagnetic simulations of a fully superconducting 10-MW-Class wind turbine generator
An electromagnetic design study of a 10-MW-class synchronous generator that has both the field and armature windings superconducting is presented. The field winding is assumed to be made of YBCO tapes, whereas multifilament MgB2 wires are considered for the armature winding. The proposed design is analyzed using a finite-element-based simulation tool.
The results obtained show that a higher output voltage, and hence higher power levels, can be achieved compared with the more common arrangement where the field winding is superconducting whereas the armature winding is made of copper. Moreover, the proposed structure weighs less and has better flux density distribution within the armature
electromagnetics, finite-element method, high-temperature superconductivity, superconducting generator, wind turbine
5202805-5202809
Liang, Yongchun
76878513-73e2-4f47-9241-e8b027e2e0b8
Rotaru, Mihai D.
c53c5038-2fed-4ace-8fad-9f95d4c95b7e
Sykulski, Jan K.
d6885caf-aaed-4d12-9ef3-46c4c3bbd7fb
December 2013
Liang, Yongchun
76878513-73e2-4f47-9241-e8b027e2e0b8
Rotaru, Mihai D.
c53c5038-2fed-4ace-8fad-9f95d4c95b7e
Sykulski, Jan K.
d6885caf-aaed-4d12-9ef3-46c4c3bbd7fb
Liang, Yongchun, Rotaru, Mihai D. and Sykulski, Jan K.
(2013)
Electromagnetic simulations of a fully superconducting 10-MW-Class wind turbine generator.
IEEE Transactions on Applied Superconductivity, 23 (6), .
(doi:10.1109/TASC.2013.2277778).
Abstract
An electromagnetic design study of a 10-MW-class synchronous generator that has both the field and armature windings superconducting is presented. The field winding is assumed to be made of YBCO tapes, whereas multifilament MgB2 wires are considered for the armature winding. The proposed design is analyzed using a finite-element-based simulation tool.
The results obtained show that a higher output voltage, and hence higher power levels, can be achieved compared with the more common arrangement where the field winding is superconducting whereas the armature winding is made of copper. Moreover, the proposed structure weighs less and has better flux density distribution within the armature
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Published date: December 2013
Keywords:
electromagnetics, finite-element method, high-temperature superconductivity, superconducting generator, wind turbine
Organisations:
EEE
Identifiers
Local EPrints ID: 358760
URI: http://eprints.soton.ac.uk/id/eprint/358760
ISSN: 1051-8223
PURE UUID: 17d8a61b-62f6-4002-84aa-698594978af8
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Date deposited: 14 Oct 2013 12:36
Last modified: 15 Mar 2024 02:34
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Contributors
Author:
Yongchun Liang
Author:
Mihai D. Rotaru
Author:
Jan K. Sykulski
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