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Modeling and control strategy for cascade bi-directional DC/DC converter in Microgrid

机译:微电网级联双向DC / DC转换器的建模与控制策略

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In the energy storage system in Microgrid, the voltage of super capacitor drops quickly when the super capacitor is delivering power. In condition that the voltage of DC bus constant, we need to enhance the conversion ratio of DC/DC converter. To avoid the switching devices operating at extremely high or low duty ratios and satisfy the practical requirements of Microgrid, a bi-directional topology is adopted and a cascade connection is proposed. In this paper, modeling and control strategy for n-stage converter are given. Simulation results are presented to verify the control method.
机译:在微电网中的能量存储系统中,当超级电容器提供功率时,超级电容器的电压会快速降低。在直流总线恒定的电压的条件下,我们需要增强DC / DC转换器的转换比率。为避免以极高或低占空比运行的开关装置并满足微电网的实际要求,采用双向拓扑,提出级联连接。在本文中,给出了N级转换器的建模与控制策略。提出了仿真结果以验证控制方法。

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