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) …

The triple active bridge (TAB) converter has been proposed to improve power density and
availability in more electric aircraft applications. However, the conventional proportional …

This study offers a thorough examination of the zero voltage switching (ZVS) operation
range and deadband conditions for a bidirectional DC‐DC converter with phase shift control …

DC microgrids, which use various energy sources, require an energy storage system (ESS)
to stabilize the grid systems. Multiport active bridge (MAB) bidirectional DC-DC converters …

Hybrid electric aircraft (HEA) propulsion drives using fuel cells and batteries have been
receiving attention due to their potential to reduce emissions. Their safe, flexible, and …

This paper proposes a new non-isolated low power Multi-port DC/DC converter for
PV/Battery/Load systems. The presented circuit consists of primary converters and can …

This paper presents a novel control strategy for the three-phase AC/DC boost converter,
using proportional resonance (PR) control to optimize output voltage performance. The …

This study introduces a direct power control (DPC) strategy for voltage-source converters
(VSCs) connected to the grid, specifically when the network voltage is unbalanced. The DPC …

This study introduces a novel moving discretized control set-model predictive control (MDCS-
MPC) strategy for a quad active bridge (QAB) converter, addressing the challenges of …

Description: En el presente trabajo de tesis se plantea una novedosa topología multipuerto
basada en un convertidor Cuk bidireccional no aislado que permite la integración entre un …