This paper proposes a self-sustained and flexible control strategy for autonomous dc
nanogrids (NGs) in remote and rural areas without the need for a communication system …

Solar energy is a source of sustainable energy and its optimal use depends on the efficiency
and reliability of PV systems. Dual active bridge converters are a solution to interface PV …

Commonly used variants of the proportional-integral, PI, and the integral-proportional, IP,
compensator gains selections, merged with the D-decomposition technique are presented in …

This article presents the Neimark's D-decomposition method for a PI compensator gains
selection. The method has been used for the Dual Active Bridge converter output voltage …

This paper presents a sliding mode control strategy for a dc-dc dual active bridge converter.
The controller is based on a truncated model obtained using the generalized state space …

This paper presents a design methodology for the output voltage control loop of a dual
active bridge (DAB). It is based on fixed-order H∞ non-smooth synthesis combined with …

Parallel connection of different batteries equipped with bidirectional DC-DC converters
offers an increase of the total storage capacity, the provision of higher currents and an …

This paper presents a Silicon Carbide based electric vehicle (EV) onboard charger featuring
low switching losses. EV onboard chargers are required to have very high efficiency …

Nowadays, the number of on-road electric vehicles is rapidly increasing, necessitating the
development of charging stations capable of supporting the varied battery profiles of these …

The numbers of photovoltaic (PV) systems at residential premises are increasing worldwide.
This thesis explores new power electronic solutions for premise energy management …