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Impact of component losses on the efficiency of the LC-filter based dual active bridge for the isolation stage of power electronic transformer

机译:元件损耗对基于LC滤波器的双有源电桥在电力电子变压器隔离级中效率的影响

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摘要

This paper presents a steady state analysis of the commutating LC-filter based dual active bridge (DAB) considering the conduction losses in the components. The aim is to use this converter in power electronic transformer (PET). The LC-filter offers the boost properties with a small component count and DAB allows effective power flow control and soft switching capabilities. Such combination allows the voltage on the transformer terminals to be kept at the desired level to enable the best performance of the converter. In order to facilitate the impact of the losses on the power characteristics and efficiency the mathematical loss models are derived and experimental results are presented.
机译:本文提出了基于换向LC滤波器的双有源桥(DAB)的稳态分析,其中考虑了组件中的传导损耗。目的是在电力电子变压器(PET)中使用该转换器。 LC滤波器具有较少的元件数量,具有升压特性,DAB可以有效控制功率流并具有软开关功能。这种组合允许将变压器端子上的电压保持在所需的水平,以实现转换器的最佳性能。为了促进损耗对功率特性和效率的影响,推导了数学损耗模型并给出了实验结果。

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