Air travel is the main focus of attention with respect to reducing greenhouse gas emissions in
the transport sector. This creates the necessity for having environmentally friendly flights to …

An optimal modulation scheme that enables minimum conduction and copper losses is
presented for a bidirectional dual active bridge (DAB) dc-dc converter. The considered …

This paper contributes to the steady-state analysis of the bidirectional dual active bridge
(DAB) dc-dc converter by proposing a new model that produces equations for rms and …

In this paper, a variable-frequency modulation method for a dual active bridge converter is
introduced. The proposed method ensures zero-voltage switching over a wide power range …

In this paper, the history and future opportunities along with various challenges and
progress in electric aviation and for more electric aircraft (MEA) has been discussed. In …

This study presents a novel controller for bidirectional control of a dual active bridge (DAB)
DC–DC converter. The proposed controller uses the high-frequency AC-link current of the …

Multi port converters increasingly gain prominance in the recent past to interface renewable
energy sources like photovoltaic cells, fuel cells with the load. Energy storage elements like …

In high-switching-frequency isolated dc-dc converters, dead-time has a great influence on
the switching transition behavior of switching devices. Fixed dead-time is determined by the …

The paper presents a dc-link voltage control scheme by which the power losses associated
with the power electronic converters of a series hybrid electric vehicle (HEV) powertrain are …

There is power circulating flow in dual-active-bridge (DAB) dc-dc converter under the
traditional single-phase-shift (SPS) control, and this is the main factor contributing to larger …