One of the essential requirements for high-performance dual active bridge (DAB) dc-dc
converters as the controlled dc voltage sources is to obtain the constant output voltage …

Average-value modeling (AVM) provides an efficient way to study power electronic systems
in large-and small-signal senses. This paper presents a new reduced-order AVM for dual …

This paper describes a modular architecture based on the dual-active bridge (DAB)
converter in input-series-output-parallel (ISOP) connection. This work is focused on the input …

Triple-phase shift (TPS) is commonly utilized to enhance the efficiency of the dual-active-
bridge (DAB) converters. However, the small-signal model of the circuit varies with operating …

Unbalanced grid voltage dips may lead to unbalanced non-sinusoidal current injections, dc-
link voltage oscillations, and active and/or reactive power oscillations with twice the grid …

This article presents a novel reduced order average model for dual-active-bridge converter
which can be applied to all modulation methods, such as single-phase-shift modulation …

The backflow power in dual-active bridge (DAB) converters can cause power circulation in
the H-bridge instead of flowing to the load, which increases the power loss of switching …

Vehicle to Grid (V2G) technology enables Battery Powered Vehicles including Electric and
Plugin Hybrid Electric Vehicles as distributed Energy Storage for the smart grid. V2G …

Modern electric-powered vehicles include several sources and loads. This paper extends
the idea of introducing multiple sources and loads into an onboard vehicular integrated …

A major advantage of the dual active bridge (DAB) dc-dc converter is its ability to operate
under zero voltage switching (ZVS) conditions to reduce switching losses. However, when …