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Short-circuit current capability for remote power control of a stand-alone variable-speed generation set

机译:独立变速集集的远程电源控制的短路电流能力

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The paper presents variable-speed generation system. A Diesel engine drives as axial flux permanent magnet generator. The variable amplitude and tregsacy generator voltage is converted to three phase AC50Hz/400V. The system has to cope with short-circuit events. A new method of thyristor bypass, connecting high frequency generator voltage and low frequency output voltage, is proposed. Thyristor asynchronous by-pass connects the generator with output and is capable to cope with much higher currents than transistor. The high current of the circuit, made from permanent magnet generator and thyristor by-pass, results in trip action of the circuit breaker. Such arrangement provides generation system with safe protection without oversizing transistor converter. As the generator is applied a axial flux permanent magnet generator with high short circuit current. Results of theoretical considerations are confirmed by experimental laboratory results of 4OkVA generating set.
机译:本文提出了变速生成系统。柴油发动机驱动为轴向磁通永磁发电机。可变幅度和Tregsacy发生器电压转换为三相AC50Hz / 400V。该系统必须应对短路事件。提出了一种新的晶闸管旁路,连接高频发生器电压和低频输出电压。晶闸管异步旁路将发电机与输出连接,能够应对比晶体管更高的电流。电路的高电流,由永磁发电机和晶闸管旁路,导致断路器的跳闸作用。这种布置提供具有安全保护的生成系统,而无需超大晶体管转换器。由于发电机被施加具有高短路电流的轴向磁通永磁发电机。通过4KAGA产生组的实验室结果证实了理论考虑结果。

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