This paper provides a comprehensive review of the existing research on the Dual Active
Bridge (DAB) DC-DC converter, focusing on modeling methods, modulation strategies …

Dual active bridge (DAB) converters are widely studied for applications requiring isolation,
bidirectional power flow and high efficiency. To solve the problem of limited zero voltage …

This article performs a comprehensive steady-state performance optimization for the isolated
triple active bridge (TAB) dc–dc converter adopting the five-variable modulation (FVM) …

Triple-phase-shift modulation of a dual-active-bridge converter allows soft switching over the
complete power flow range due to additional degree of freedom control over the transformer …

The dual active bridge (DAB) converter has high efficiency and versatility; hence, such a
converter has been used to design photovoltaic (PV) applications with both step‐up and …

With the increasing popularity of renewable energy and electric terminal equipment, the
large-scale application of isolated bidirectional dc–dc converters (IBDCs) is growing. Among …

The dual active bridge (DAB) converter operating with a relatively high switching frequency
is well suited for deriving a high-power density electric vehicle (EV) charger. In this case …

The dual active bridge (DAB) converter has been popular in many applications for its
outstanding power density and bidirectional power transfer capacity. Up to now, triple phase …

In order to further improve the efficiency of dual-active-bridge (DAB) converter, a hybrid five-
variable modulation scheme with minimal root mean square (rms) current is proposed in this …

Due to the negative incremental impedance of constant power loads (CPLs), many
undesirable issues, such as the oscillations or even possible collapse of the main dc bus …