Multiport power converters integrate three or more energy devices into a single (potentially
highly controllable and efficient) hub. These characteristics suggest that multiport power …

Recently, the intent to use microgrid (MG) technology for urban, residential, and industrial
applications has significantly increased. Thanks to the integration of shared storage …

This article introduces a step-up/down series partial power converter (S-PPC) based on
isolated current-source dc–dc converter topology. The proposed S-PPC exploits the most …

In this paper comprehensive evaluations of isolated high step-up dc-dc topologies have
been investigated. These converters are especially well suited for distributed generation …

Galvanically isolated ac-dc converters are crucial for integrating distribution generation,
energy storage, dc microgrids, and electric vehicles with ac distribution system. The typical …

The global focus on renewables and energy efficiency makes dc distribution inside buildings
an attractive concept, which allows easier integration of generation and loads. When …

The focus of this paper is to provide a comparative analysis of various common-ground
converters that serve as dual-purpose power electronic interfaces. These interfaces are …

Increasingly, dc microgrids are attracting attention because of their universality, high
efficiency, and potential application market. To enhance the fault protection of dc systems …

Dual active bridge (DAB) converters are extensively used due to the advantages of wide
voltage regulation range and easy realization of soft switching. Besides, the concept of …

This article presents a comparative evaluation of several topological solutions to the
universal power electronics interface for the dc or single-phase ac grids using the same …