This article classifies, describes, and critically compares different modeling techniques and
control methods for dual-active-bridge (DAB) dc–dc converters and provides explicit …

The nonresonant single-phase dual-active-bridge (NSDAB) dc-dc converter has been
increasingly adopted for isolated dc-dc power conversion systems. Over the past few years …

DC microgrids encounter the challenges of constant power loads (CPLs) and pulsed power
loads (PPLs), which impose the requirements of fast dynamics, large stability margin, high …

Pulsed power loads (PPLs) are becoming prevalent in medium-voltage naval dc micro-grids.
To alleviate their effects on the system, energy storages are commonly installed. For optimal …

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 …

Current stress minimization is one of the most important challenges for the steady-state
studies of dual-active-bridge (DAB) dc–dc converter. Triple-phase-shift (TPS) control can …

This letter proposes a deadbeat current controller for isolated bidirectional dual-active-
bridge DC-DC converter. The controller uses an enhanced single phase shift modulation …

This letter proposes a generic method to model and mitigate the transient dc bias in the
transformer winding current and the magnetizing flux linkage of the dual-active bridge (DAB) …

A dual active-bridge (DAB) dc-dc converter is widely used in bidirectional high-power
conversion, such as renewable energy system or train traction system. The open-circuit fault …

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 …