Field weakening capability of 12-stator/10-rotor-pole variable flux reluctance machines

机译：12定子/ 10转子极变磁阻电机的弱磁能力

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Variable flux reluctance machines (VFRMs) are viable candidates for automotive applications. This paper investigates the field weakening capability of a 12/10 VFRM. Starting with voltage and toque equations, the paper reveals the relationship between torque-speed characteristics and the current arrangement (slot division) of both DC-field and armature windings. The method for expanding the working envelope by tuning DC or AC currents is discussed for different slot divisions. The results are validated by 2D finite element analysis.

机译：可变磁通磁阻电机（VFRM）是汽车应用的可行选择。本文研究了12/10 VFRM的弱磁场能力。从电压和转矩方程开始，本文揭示了直流电动机和电枢绕组的转矩-速度特性与电流布置（槽划分）之间的关系。针对不同的插槽划分，讨论了通过调整DC或AC电流来扩展工作范围的方法。通过2D有限元分析验证了结果。

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《International Conference on Ecological Vehicles and Renewable Energies》|2017年|1-5|共5页
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Jing Bao; Bart L.J. Gysen; Konstantin Boynov; Samuil Alexandrov; Elena A. Lomonova;
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Torque; Windings; Tuning; Two dimensional displays; Reluctance machines; Finite element analysis; Stators;

机译：扭矩;绕组;调谐;二维显示;磁阻机;有限元分析;定子;

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专利

1. Torque Ripple Reduction for 12-Stator/10-Rotor-Pole Variable Flux Reluctance Machines by Rotor Skewing or Rotor Teeth Non-Uniformity [J] . J. Bao, B. L. J. Gysen, K. Boynov, IEEE Transactions on Magnetics . 2017,第11期

机译：通过转子偏斜或转子齿不均匀性降低12定子/ 10转子极可变磁通量磁阻电机的转矩纹波
2. Flux-Weakening Control for Variable Flux Reluctance Machine Excited by Zero-Sequence Current Considering Zero-Sequence Resistive Voltage Drop [J] . Guo Jiaqiang, Liu Xu, Li Shanhu IEEE Transactions on Energy Conversion . 2021,第1期

机译：通过考虑零序电压降的零序电流激发可变磁通磁阻机的助熔剂控制
3. A New Parallel Hybrid Excitation Machine: Permanent-Magnet/Variable-Reluctance Machine With Bidirectional Field-Regulating Capability [J] . Geng W., Zhang Z., Jiang K., Industrial Electronics, IEEE Transactions on . 2015,第3期

机译：新型并联混合励磁机：具有双向磁场调节能力的永磁/变磁阻机
4. Field weakening capability of 12-stator/10-rotor-pole variable flux reluctance machines [C] . Jing Bao, Bart L.J. Gysen, Konstantin Boynov, International Conference on Ecological Vehicles and Renewable Energies . 2017

机译：12定子/ 10转子极可变磁通磁通磁阻机的现场弱化能力
5. Improvement of torque and speed control of permanent magnet synchronous machines in the flux-weakening region. [D] . Hu, Dakai. 2014

机译：弱磁区域中永磁同步电机的转矩和速度控制的改进。
6. Position Error Compensation via a Variable Reluctance Sensor Applied to a Hybrid Vehicle Electric Machine [O] . İhsan Ömür Bucak 2010

机译：通过可变磁阻传感器的位置误差补偿应用于混合动力汽车电机
7. Design of Double Salient Interior Permanent Magnet Machine Based on Mutually Coupled Reluctance Machine for Increasing the Torque Density and Flux-Weakening Capability [O] . Li, Guangjin, Ojeda, Javier, Hoang, Emmanuel, 2010

机译：基于互耦磁阻机的双凸极内部永磁体设计以提高转矩密度和弱磁通能力

Field weakening capability of 12-stator/10-rotor-pole variable flux reluctance machines

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