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Control Method of Flying Capacitor Converter Operated in Discontinuous Current Mode for High Voltage Photovoltaic Cell

机译:用于高压光伏电池不连续电流模式运行的飞行电容器转换器的控制方法

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This paper proposes the operation method of DCM applied to inductor current control of a flying capacitor converter (FCC) for the low boost ratio. Due to the charging and discharging of the flying capacitor, the inductor current ripple in FCC is reduced compared to that of the typical boost converter with the same inductance. The operation analysis for high boost ratio have been applied by authors. However, the duty calculation for light load region of high boost ratio cannot be applied because the slope of the modes II and III are inverted when boost ratio is less than 2. Thus, the operation analysis for low boost ratio is proposed in this paper. The validity of the proposed method is confirmed with a 1-kW prototype. As the experimental results, an efficiency of 98.1% is achieved.
机译:本文提出了DCM的操作方法,其应用于电容器转换器(FCC)的电感电流控制,以实现低升压比。由于飞行电容器的充电和放电,与具有相同电感的典型升压转换器的电感器电流纹波减小。作者已经应用了高升压比的操作分析。然而,由于升压比在小于2时,不能施加高升压比的光负荷区域的占空比计算。因此,本文提出了低升压比的操作分析。用1-kW原型确认所提出的方法的有效性。作为实验结果,实现了98.1%的效率。

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