In this paper, a passivity-based control (PBC) scheme for output voltage regulation in a fuel-
cell/boost converter system is designed and validated through real-time numerical results …

A great number of switching power supplies are used to provide a variable voltage for
resistive‐inductive loads. However, some applications in industry, require a regulated …

This paper introduces a sliding mode control (SMC) approach for the bidirectional DC-DC
power converter in a Battery Electric Vehicle (BEV) charger, aiming to achieve accurate …

This paper presents a multi-loop nonlinear control strategy applied to a DC-DC high-gain
active switched-inductor boost converter. The topology of the system is based on the …

This paper presents an innovative approach to characterize the boosting gain saturation
phenomenon in DC–DC converters with variable duty cycles, a crucial component in energy …

This paper presents a control strategy for a high reduction ratio DC-DC step-down converter
used in battery charging applications. The studied converter is conformed by a conventional …

The modeling and control law dedicated to a DC-DC energy storage system using a battery
network is discussed in this research. The selected converter is based on a network of …

The article proposed a stand-alone PV-connected system with energy storage (SPVSES).
The SPVSES requires power management in various operating modes. The SPVSES …