基于双LLC谐振槽的集成双变压器DC-DC变换器的光伏发电系统

S. Iqbal
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引用次数: 4

摘要

提出了一种基于双LLC谐振槽的集成双变压器的光伏发电系统dc-dc变换器。它由一对功率mosfet, LLC油箱,变压器和一个倍压器组成。包括磁化和谐振电感在内的两种变压器都是在一个EE铁芯上实现的。变压器的初级绕组通过谐振电容器连接在半桥网络上,次级绕组连接在倍压器上以提高输出电压。LLC储罐由半桥式网络的运行电源开关交替供电,以交错的半开关周期运行。因此,从源到负载的电力传输由两个油箱电路共享,从而减少了谐振元件上的电压/电流应力。150-W样机的实验结果证实了该变换器工作原理和性能的有效性。在输入电压为60v时,转换器的最大效率可达94%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Double LLC resonant tanks based DC-DC converter with integrated dual transformers for PV power systems
This paper proposes a double LLC resonant tanks based dc-dc converter with integrated dual transformers for photovoltaic power generation systems. It consists of a pair of power MOSFETs, LLC tanks, transformers and one voltage doubler. Both transformers including magnetizing and resonant inductors are realized on a single EE core. Primary windings of transformers are connected across half-bridge network via resonant capacitors while secondary windings are connected to voltage doubler to boost the output voltages. LLC Tanks are fed alternately by operating power switches of half-bridge network operate with interleaved half switching cycle. Therefore, power transmission from source to load is shared by two tanks circuits leading to reduction of voltage/current stress on resonant components. The validity of operational principle and performance of proposed converter is confirmed by experimental results of a 150-W prototype. The maximum efficiency of converter is measured to be 94% at input voltage of 60-V.
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