Fossil fuel depletion and its adverse impact on global warming is a major driving force for a
recent upsurge in the development of hybrid electric vehicles technologies. This paper is a …

The concept of renewable energy based microgrid (MG) and its control has been evolved as
key area of research in energy sector. In this paper, a decentralized control strategy based …

In this paper, the effects of the time delay (τ) and the order of the fractional integral (λ) on the
stable parameter region of the FOPI controller for a fuel cell microgrid is investigated. The …

The rapid growth of the battery industry has encouraged manufacturers to develop suitable
materials that provide maximum safety for their products and customers, evaluate the …

Fuel cells (FCs) are an alternative source of energy whose by-products are heat, vapor, and
water. For medium-power and standalone operation, an FC is integrated with a boost …

This study is concerned with the design of fault detection observers for nonlinear
conformable fractional-order systems. An H∞/H− fault detection scheme is applied to …

Given the uncertainties associated with proton-exchange membrane fuel cell systems and
relatively low efficiency of the fuel cell stacks for low-power applications, designing a high …

A comprehensive dynamic control oriented model of a polymer electrolyte fuel cell (PEFC) is
developed, considering the mixed effects of temperature, gas flow and capacitance. The …

This paper presents an effective strategy for controlling an Interleaved DC/DC Boost
Converter (IBC) that is employed for reducing the current fluctuations in a 6 kW Proton …

To deeply understand the influences of power converter's low frequency current ripple
(LFCR) and harmonics on a proton exchange membrane fuel cell (PEMFC) in its power …