Due to dc based electric loads and renewable sources, the dc distribution system is an alternative future solution. Among the dc distribution systems, the bipolar dc type has higher performance and reliability than the unipolar one. To interlink two dc buses, an isolated bidirectional DC-DC converter is needed. A three-level dual-active-bridge DC-DC converter is proposed to interlink two bipolar de buses. Between two dc buses, a galvanic isolation is provided by the high frequency transformer of the three-level dual-active-bridge. Besides, an asymmetrical switching modulation is proposed to compensate asymmetrical load condition of the bipolar dc bus system. Finally, a 1-kW prototype is built to verify the proposed converter
Abstract----- This paper presents the design of bidirectional dc/dc converter with three bridges. In...
This paper proposes a three-port three-phase bidirectional dc-dc converter suitable for high-power a...
Applications that require exchange of power from the source to the load and vice-versa have conventi...
In the bipolar dc distribution system, an isolated voltage balancer is an essential power stage to c...
This paper describes the principles and characteristics of a novel bidirectional superposed dual act...
Conventional dual-active-bridge (DAB) dc-dc converters have a limited structure to balance the bipol...
Among the DC-DC converters, an isolated bidirectional dual active bridge converter is a core circuit...
The growing number of distributed energy resources, DC loads and energy storage systems drive the ad...
A three-port bidirectional DC/DC converter is derived from integrating a bidirectional Buck/Boost co...
This Paper proposes a novel three-level, threeport, bidirectional dc-dc converter (TLTPBC). Through ...
This paper describes the principles and characteristics of a novel bidirectional superposed dual act...
Multiport converters are used in interfacing of distributed energy sources with grid/load. Isolated ...
In this paper, a DC-DC bidirectional multi-port bipolar converter for DC power transmission network ...
Many modern power conversion systems require a bidirectional energy transfer capability as a central...
This study introduces a bidirectional power sharing scheme between an ac electric utility and a dc m...
Abstract----- This paper presents the design of bidirectional dc/dc converter with three bridges. In...
This paper proposes a three-port three-phase bidirectional dc-dc converter suitable for high-power a...
Applications that require exchange of power from the source to the load and vice-versa have conventi...
In the bipolar dc distribution system, an isolated voltage balancer is an essential power stage to c...
This paper describes the principles and characteristics of a novel bidirectional superposed dual act...
Conventional dual-active-bridge (DAB) dc-dc converters have a limited structure to balance the bipol...
Among the DC-DC converters, an isolated bidirectional dual active bridge converter is a core circuit...
The growing number of distributed energy resources, DC loads and energy storage systems drive the ad...
A three-port bidirectional DC/DC converter is derived from integrating a bidirectional Buck/Boost co...
This Paper proposes a novel three-level, threeport, bidirectional dc-dc converter (TLTPBC). Through ...
This paper describes the principles and characteristics of a novel bidirectional superposed dual act...
Multiport converters are used in interfacing of distributed energy sources with grid/load. Isolated ...
In this paper, a DC-DC bidirectional multi-port bipolar converter for DC power transmission network ...
Many modern power conversion systems require a bidirectional energy transfer capability as a central...
This study introduces a bidirectional power sharing scheme between an ac electric utility and a dc m...
Abstract----- This paper presents the design of bidirectional dc/dc converter with three bridges. In...
This paper proposes a three-port three-phase bidirectional dc-dc converter suitable for high-power a...
Applications that require exchange of power from the source to the load and vice-versa have conventi...