This article presents a comprehensive review on the reliability assessment and charging
methodologies of electric vehicles (EVs) connected to the grid. In the transportation industry …

Recent developments in renewable energy-based power systems and smart grids have
brought challenges to designing new power conversion systems. On account of the …

This article performs a comprehensive steady-state performance optimization for the isolated
triple active bridge (TAB) dc–dc converter adopting the five-variable modulation (FVM) …

This article presents the design, development, and optimization of pulsewidth modulation
(PWM) scheme of an isolated bidirectional triple-active-bridge (TAB) dc–dc converter …

This article proposes an integrated on-board charger (IOBC) for electric vehicles (EVs)
based on an isolated three-port dc–dc converter. The proposed architecture integrates the …

Triple active bridge (TAB) as an isolated multiport dc–dc converter is a promising solution for
integrated energy management systems to maintain an efficient power flow between the …

The triple active bridge (TAB) converters that integrates the on-board charger and the
auxiliary power module is ideally suited for producing a high-power density electric vehicle …

This article presents a multidimensional ripple correlation search technique of optimal
operating points of triple-active-bridge (TAB) converters. Such converters present multiple …

Integration of high-voltage (HV) on-board battery charger (OBC) and low-voltage (LV)
auxiliary power module (APM) can provide significant improvement in the overall weight …

Isolated multiport converters can host loads and sources at different power and voltage
levels to their ports by a single topology, giving potential merits in terms of power density …