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Analysis of the high gain five port converter with ultra capacitor, battery, and asymmetric bipolar outputs for microgrid/HEV applications

机译:具有超级电容器,电池和非对称双极性输出的高增益五端口转换器的分析,适用于微电网/ HEV应用

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This paper presents a five port converter with generation source, ultra capacitor, battery and asymmetric bipolar output for microgrid and hybrid electric vehicles applications. Proposed converter has two asymmetric bipolar outputs. This makes it suitable for interfacing with multilevel inverter in hybrid microgrid applications. On the basis of power sharing between ports, charged and discharged of the battery and ultra capacitor, three operating modes are defined. Proposed structure uses a three winding coupled inductor with high gain. Operation and analysis, simulation, and design consideration of the proposed structure is presented. To validate the simulation and theoretical analysis a laboratory prototype of 450 W by using DS1104 dSPACE is presented.
机译:本文提出了一种五端口转换器,具有发电源,超级电容器,电池和非对称双极输出,适用于微电网和混合动力电动汽车应用。建议的转换器具有两个非对称双极性输出。这使其适合与混合微电网应用中的多电平逆变器接口。基于端口之间的功率共享,电池和超级电容器的充电和放电,定义了三种工作模式。提出的结构使用具有高增益的三绕组耦合电感器。提出了该结构的运行和分析,仿真以及设计考虑。为了验证仿真和理论分析,提出了使用DS1104 dSPACE的450 W实验室原型。

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