Electric power system applications are intricate optimization problems. Most literature
reviews focus on studying an electrical paradigm through different optimization techniques …

In the last years, distributed clean energy resources such as solar irradiation, wind
generation and electric vehicles as dispatchable units have been targeted as alternatives to …

Due to the nonminimum phase characteristics and nonlinearity of boost converters, the
control design is always a challenging issue. A novel model predictive control strategy is …

In this paper, a voltage control system for an applicable Boost converter system under
disturbances is presented. The voltage adjustment performance of the Boost converter is …

Hybrid electric vehicles (HEVs) and fuel cell electric vehicles (FCEVs) utilize boost
converters to gain a higher voltage than the battery. Interleaved boost converters are …

Microgrids (MGs) based on renewable energies have emerged as a proficient strategy for
tackling power quality issues in conventional distribution networks. Nonetheless, MG …

Background and Objectives: The interleaved approach has a long history of use in power
electronics, particularly for high-power systems. The voltage and current stress in these …

Engineering processes often require optimizing model variables for satisfactory solutions.
Reliable approaches exist in literature but are application-dependent. In that sense …

In this paper, a new robust integral linear quadratic controller (ILQC) is proposed for Four
Leg interleaved boost converters (FLIBCs) uses in the photovoltaic systems. Compared to …

Microgrids (MGs) based on renewable energies have emerged as a proficient strategy for
tackling power quality issues in conventional distribution networks. Nonetheless, MG …