Presentation Information
[AP6-06]Proposal of the Cat's Cradle Winding Method for a High-temperature Superconductor Squirrel-cage Rotor and Evaluation of Its Basic Rotation Characteristics
*Taketsune Nakamura1, Mengyi Ren1 (1. Kyoto University (Japan))
Keywords:
Cat's Cradle Winding Method,HTS motor,Soldering,Squirrel-cage Winding
[Purpose]
In this study, we propose the Cat's Cradle Winding Method for an HTS squirrel-cage winding of induction motor to reduce the number of solder joints.
[Method]
The rotation characteristics of an HTS induction motor that uses the Cat's Cradle Winding were verified by two-dimensional electromagnetic field analysis and experiments using a small prototype.
[Results]
Through electromagnetic field analysis and rotation tests, we have successfully demonstrated high mechanical output with the Cat's Cradle Winding Method.
[Consideration]
Our proposed Cat's Cradle Winding achieves the same or higher mechanical output than conventional squirrel-cage windings, despite requiring far fewer solder joints. Furthermore, the Cat's Cradle Winding may be applicable to superconducting joints.
[Conclusion]
The validity of the Cat's Cradle Winding proposed by us has been analytically and experimentally proven, and is extremely useful in practice.
In this study, we propose the Cat's Cradle Winding Method for an HTS squirrel-cage winding of induction motor to reduce the number of solder joints.
[Method]
The rotation characteristics of an HTS induction motor that uses the Cat's Cradle Winding were verified by two-dimensional electromagnetic field analysis and experiments using a small prototype.
[Results]
Through electromagnetic field analysis and rotation tests, we have successfully demonstrated high mechanical output with the Cat's Cradle Winding Method.
[Consideration]
Our proposed Cat's Cradle Winding achieves the same or higher mechanical output than conventional squirrel-cage windings, despite requiring far fewer solder joints. Furthermore, the Cat's Cradle Winding may be applicable to superconducting joints.
[Conclusion]
The validity of the Cat's Cradle Winding proposed by us has been analytically and experimentally proven, and is extremely useful in practice.