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新型的基于静止励磁调节器控制的定子双绕组异步发电机系统适用于航空、坦克、舰船、汽车等独立电源系统。文章提出了变速变负载运行下的静止励磁调节器控制的双绕组异步发电机的优化设计策略,系统地讨论了带整流型负载的电机计算容量的确定方法,并以此针对一种应用于坦克电源的双绕组异步发电机进行了电磁优化设计。计算结果表明,该方法可以有效地降低控制绕组功率变换器的无功容量。
The new stator dual-winding asynchronous generator system based on static excitation regulator control is suitable for independent power system such as aviation, tank, ship and automobile. In this paper, the optimal design strategy of dual-winding asynchronous generator controlled by static excitation regulator under variable speed and variable load operation is proposed. The method to determine the calculation capacity of motor with rectified load is systematically discussed. The power of the dual-winding asynchronous generator for electromagnetic optimization design. The calculation results show that this method can effectively reduce the reactive power of the control winding power converter.