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Networked DC nano-grids are based on simultaneous power and data transfer between nodes of the power distribution networks. The node of a networked DC nano-grid can be realized using a multi-port power converter. The multiport power converter integrates several loads within a single unit. Hence, the number of power converters of a system can be minimized to reduce cost, complexity, and to improve...
Multi-port power converters are promising in applications such as renewable power generation systems and distributed generation systems (DGS). In this paper a novel multi-port DC-DC converter with a high-frequency isolation transformer is presented for a grid-connected hybrid renewable energy DG system without battery storage. Full-bridge power converters are employed to realize bi-directional power...
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