High-voltage and efficient power converter topologies equipped with the simple and
practical controller circuits are necessary, especially for integration between the low-power …

To deal with the issues caused by the high integration of renewable resources, the parallel
operation of the converters is generally required to improve the system stability and …

A Direct Current (DC) microgrid is a concept derived from a smart grid integrating DC
renewable sources. The DC microgrids have three particularities:(1) integration of different …

This work deals with the control of power electronics converters. In that context, the majority
of the problems of interest can be translated into two main problems: stabilization control …

In this paper, the implementation of the Fuzzy Sliding Mode Controller (FSMC) in the inner
loop of the cascaded control structure of the DC–DC Boost Converter is presented. On …

This research aims to introduce an intelligent controlling system of windmill‐generated
voltage connected to a load of 12 V. As natural wind speed lacks consistency, the resultant …

One of the most important types of DC-DC converters is Boost converters. They increase the
voltage level, stabilizing and reducing the voltage ripples at output. The nature of this system …

In this paper, an investigation of multi-loop controllers (MLCs) for two-level cascaded
positive output boost converter (TLCPOBC) operating in the continuous conduction mode …

The stability analysis of a DC-DC buck converter is a challenging problem due to the hybrid
systems characteristic of its dynamics. Such a challenge arises from the buck converter …

In this paper, the D-decomposition technique is investigated as an intuitive method for
finding the non-linear trajectories of PI-compensator gains. The trajectories reflect the …