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Investigation of synchronous inductor generator with electrically integrated armature and excitation windings for AC and DC power supply

机译:具有电集成电枢和励磁绕组的交流和直流电源同步感应发电机的研究

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Synchronous inductor generator with electrically integrated armature and radial excitation windings for AC and DC power production is investigated. At present AC power produced by inductor generator is rectified to DC and inverter converts power for AC load. Power conversion from AC to DC and then back to AC is characterized by reduced system efficiency due to power lose in two conversion processes. Voltage parameters have to fulfill established criteria for AC load supply. One of such criteria is voltage harmonic content. In this paper, induced voltage harmonic content is studied to explore possibility of directly supplying AC load. The machine is simulated using the finite element analysis (FEA) and results are compared to tested values.
机译:研究了具有电集成电枢和径向励磁绕组的同步感应发电机,用于交流和直流发电。目前,感应发电机产生的交流电被整流成直流电,逆变器将其转换成交流电。从交流电到直流电再到交流电的功率转换的特征在于,由于两个转换过程中的功率损耗,导致系统效率降低。电压参数必须满足交流负载供电的既定标准。这样的标准之一是电压谐波含量。本文对感应电压谐波含量进行了研究,以探讨直接提供交流负载的可能性。使用有限元分析(FEA)对机器进行仿真,并将结果与​​测试值进行比较。

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