This paper presents the modelling and control strategies based on PI and nonlinear sliding
mode controllers of a hybrid fuel cell/supercapacitor source. It is composed of a Polymer …

The integration of renewable energy into the grid demands the development of increasingly
more sophisticated power electronics configurations. This situation has motivated the current …

The object of this research came from the continuing need to analyze and identify effective
methods of reducing pollution and optimizing the functions of electric vehicles. So, a classic …

Current issues concerning global warming and fossil fuel energy shortages impose to find
alternatives in order to meet the growing planet's energy demand. The automotive sector is …

At present, the fuel cell is playing major role in the current automotive industry application.
Also, the fuel cell have the features of good reliability, high flexibility, reduced demand for …

This paper treats the design, control and implementation of a non-isolated low voltage
DC/DC converter with a high voltage ratio coupled a fuel cell stack and a DC bus which can …

Traditional optimization and control techniques are no longer suitable to account for the
interactions introduced by new technologies like combined heat and power units (CHP) and …

Power electronics plays a key role in the renewable energy systems as an intermediate
stage. To remove the transformer at the AC side, high gain converter is an essential part …

Regulation of DC‐bus voltages is important for the stable operation of different applications,
like microgrids and electric vehicles, and it is usually performed by charging/discharging …

Automotive manufacturers face serious difficulties concerning the expected fossil fuel
depletion and the emitted pollutants during combustion. The fuel cell (FC) vehicle is …