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Design of The Superconducting Excitation Winding for 12 MW Direct-Drive Wind Generator

机译：12 MW直驱风力发电机超导激励绕组设计

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摘要

Due to the high J_C of the superconductor, the volume and the weight of the generator can be significantly reduced if the superconducting coils are used. This paper has designed a 40-pole racetrack excitation winding for the 12MW offshore wind turbines generator. The excitation winding are wound by Nb-Ti superconductor, running at the temperature of 4.2K. In order to ensure the stability and reliability of the magnetic field, some optimizers for the design of the excitation winding are adopted. As a result, the fundamental magnetic field at the air-gap center of the armature winding could reach 2.1T, thereby the 12MW power generation could be achieved.
机译：由于超导体的高J_C，如果使用超导线圈，可以显着降低发电机的体积和重量。本文为12MW海上风力涡轮机发生器设计了40杆赛道励磁绕组。激励绕组由Nb-Ti超导体缠绕，在4.2k的温度下运行。为了确保磁场的稳定性和可靠性，采用了一些用于设计励磁绕组的优化器。结果，电枢绕组的气隙中心处的基本磁场可以达到2.1T，从而可以实现12MW发电。

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