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Simulation of the PWM rectifier connected to a high frequency power sources

机译:连接到高频电源的PWM整流器的仿真

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Distributed generation (DG) of electrical energy is predicated to play an important role in the electric power system in the near future because in efficiency of the energy conversion process and their limited emission of pollutants. In the other hand, the high speed permanent magnet (PM) generators driven by micro turbines have been widely investigated since they have a small size, a high efficiency and a power density. This paper presents a model for a voltage source rectifier which is connected to a generator in a micro turbine power generation system to form a back to back configuration with a PWM inverter. Virtual flux based on direct power control strategy is used for control the said rectifier. Finally based on this model, some simulations are done and their results are given, and circuit operation in steady state is analyzed.
机译:电能的分布式发电(DG)预计将在不久的将来在电力系统中发挥重要作用,因为在能量转换过程的效率和污染物的有限排放方面。另一方面,由于微型涡轮机驱动的高速永磁发电机具有体积小,效率高和功率密度大的特点,因此已经得到了广泛的研究。本文提出了一种电压源整流器的模型,该电压源整流器连接到微型涡轮机发电系统中的发电机,以与PWM逆变器形成背靠背配置。基于直接功率控制策略的虚拟通量被用于控制所述整流器。最后,基于该模型,进行了一些仿真并给出了结果,并对稳态下的电路工作进行了分析。

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