The enormous number of automobiles across the world has caused a significant increase in
emissions of greenhouse gases, which pose a grave and mounting threat to modern life by …

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 discusses electrical design optimization of a 3.3 kW, 380 V to 250–380 V, 500
kHz, dual-active-bridge dc–dc converter for onboard chargers, operated with constant-power …

Conventional dual-active-bridge (DAB) dc-dc converters have a limited structure to balance
the bipolar voltage level of the bipolar dc distribution system. Therefore, to regulate the …

Efficiency and reliability are essential for isolated bidirectional dc-dc converters in electric
vehicle (EV) battery charging systems. As one promising power interface between energy …

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 …

This article presents a systematic design procedure for a dual-active-bridge (DAB) dc-dc
converter. Design of a DAB converter involves determination of two key parameters, ie …

Asymmetric duty modulation (ADM), as a recently proposed modulation scheme, provides
new chance to improve the performance of dual active bridge (DAB) converter. On this basis …

Dual active bridge (DAB) dc–dc converters are used widely in electric vehicle (EV) charging
systems with the advantage of high-power density, bidirectional power flow, and possibility …

This article presents a new optimized hybrid modulation and control systems based on
symmetrical and asymmetrical operations of a dual-active-bridge converter to minimize the …