In order to actively control the power flow between the load and ultracapacitor, a dual active
bridge (DAB) converter can be utilized. Conventional phase shift modulation has difficulties …

This paper proposes a new asymmetrical duty cycle control method for a three-port
bidirectional DC-DC converter with two current-fed ports interfacing with low voltage battery …

In this paper, a three-phase current-fed dual-active-bridge (DAB) bidirectional DC-DC
converter is presented. Compared to the voltage source DAB converter, the proposed …

This paper proposes a novel integrated converter topology for interfacing between the
energy storage system and the dc bus for a residential microgrid application. The proposed …

This paper presents a low-cost bidirectional isolated dc-dc converter, derived from dual-
active-bridge converter for the power sources with variable output voltage like super …

Distributed generation in the form of DC microgrids has recently attracted increasing
research interest. For integrating renewable energy resources and energy storage devices …

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 …

Ultracapacitor in microgrid requires a high power and galvanic isolated bi-directional
converter to interface and control power flow with load. In this paper, an interleaved bi …

In this paper, an extended run time DC UPS system structure with fuel cell and
supercapacitor is investigated. A wide input range bi-directional dc-dc converter is described …

To make fuel cells commercially viable in the transportation sector, it now becomes crucial to
develop some technical concepts that allow continuation of the operation of the multi-stack …