The three-phase dual active bridge (3p-DAB) converter is widely considered in dc-grid
applications. Because of the higher number of switches in the 3p-DAB, it can be argued that …

In this article, based on sampled-data modeling technique, a second-order equivalent circuit
that can describe the global dynamic characteristics of dual active bridge (DAB) converter is …

In order to reduce the current stress and improve the efficiency of three-phase dual-active-
bridge (3p-DAB) converters in the whole load range, in this article, a simplified derivation …

Growing interest in dc-type energy storage systems (ESS) and dc/dc converters has led to
increased power ratings of such devices, which often requires parallel connection. The …

The three-phase dual active bridge (3p-DAB) converter is widely addressed in emerging
power systems applications such as solid-state transformer and dc microgrids. Its successful …

This work presents a nonlinear control strategy for a magnetically coupled multiport dc-dc
converter aimed at automotive applications. First, a behavioural dynamic model, based on …

Fast-scale stability of dual active bridge (DAB) converter with input filter under constant
power load is analyzed in this article. Since the commonly used reduced-order average …

This paper present two different approaches for modelling a magnetically coupled multiport
dc-dc converter. First, from the magnetic coupling equations, the instantaneous dynamic …

The three-phase dual-active-bridge (3p-DAB) converter possesses inherent fault-tolerant
capability to address open-circuit failures (OCFs). The frozen leg method tackles OCFs …

As electric vehicles gain prominence, optimizing the efficiency of charging stations has
become a critical issue. This paper explores the application of dual active bridge (DAB) …