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There are numerous galvanically isolated current-fed step-up dc-dc converter with soft-switching. Usually, soft-switching is associated with circulating energy that causes additional power losses and duty cycle loss. At the same time, the output voltage is stabilized by means of the shoot-through duty cycle control. However, new control possibilities were enabled in the novel concept of full soft-switching...
This paper presents a novel class of quasi-Z-source galvanically isolated DC-DC converters intended for the integration of low voltage renewable energy sources into a DC microgrid. These converters combine characteristics of the transformer based and the inductor based impedance-source galvanically isolated DC-DC converters. They feature the continuous input current essential for photovoltaic applications...
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