Dual-active-bridge (DAB) converters have been widely recognized as one promising
topology for high-frequency-link power conversion applications. However, one critical issue …

The dynamics of nonresonant dual-active-bridge converter (DABC) are simultaneously
affected by the transient modulation strategy and controller design. In general, inappropriate …

The dual-active bridge (DAB) topology is commonly preferred in bidirectional applications
due to several attractive features, including auto-adjust of power flow, galvanic insulation …

The dual active bridge (DAB) converter is the key enabler in many popular applications,
such as wireless charging, electric vehicle, and renewable energy. ZVS range and efficiency …

The three-phase dual-active-bridge (DAB) converter is a promising topology for high-power
dc–dc conversion in dc grids and industrial applications. However, the conventional single …

This article proposes a high-efficiency isolated dc–dc–ac three-port converter (TPC)
intended for residential photovoltaic-battery systems. The TPC is derived from a dual active …

Based on the phase-shift modulation, the dual-active-bridge (DAB) dc–dc converter always
features the natural self-volt-second balance performance even during the transient process …

Given the wide-range applications of bidirectional dual-active-bridge series-resonant
converter (DABSRC), its complex nonlinear dynamic behavior is an interesting phenomenon …

This article presents a modulation scheme to suppress the transient dc bias current in dual
active bridge (DAB) converters. The current in the transformer at the commutating time is …

Recently, dual-active-bridge (DAB) dc/dc converters have been widely utilized in renewable
energy systems. Lots of research work on the optimization of DAB converters have been …