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This paper proposes a high step-up, transformerless, dc/dc converter suitable for applications where high efficiency at low power throughput is required. The proposed converter achieves high step-up dc/dc conversion through a resonant LC tank and realizes high-efficiency operation via the softswitching enabled by this resonant network. Flat efficiency is obtained via discontinuous conduction mode...
This paper has developed a hybrid PV/Battery system with the ability of grid-connected and island operating control, the objectives are to improve controllable grid-connected ability of PVs, reduce PVs output fluctuation due to changes of environmental factors such as solar intensity, regulate isolated network voltage and frequency with the participation of PVs. The converter consists of three DC/DC...
This paper studies a multiple-input dc-dc converter realized from a standard single ended primary inductor converter topology. The proposed configuration allows the integration of different distributed generation sources into a common DC main bus. This work discusses the converter topology, basic dynamic equations, and explains its basic operation. Stability characteristics are also explored with...
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