The two-wheelers powered by battery, hydrogen fuel cell, or a combination of these two
power sources are the potential candidates for the greenhouse gas emission reduction …

Bus transit systems with electric traction are an important contribution to the post fossil fuel
mobility. Most renewable energy sources provide energy in the form of electricity. Electric …

For proper operation, fuel cell hybrid propulsion systems need an Energy Management
Strategy (EMS). A variety of such EMSs have been presented in literature. This paper …

This paper presents a hybrid electric power system for a real surface tramway. The hybrid
system consists of two electrical energy sources integrating a single dc/dc converter to …

Abstract Different Fuel Cell (FC) stacks or system models must be developed relevance to a
specified main objective, either an accurate electro-chemical behavior description or …

Advanced hybrid powerplants combining a fuel cell and battery can enable significantly
higher endurance for small, electrically powered unmanned aircraft systems, compared with …

The fuel cells have high potential and superiority in future green transportations. The
hybridization of the fuel cells with other energy storage devices such as the lithium-ion …

The aim of this paper was to investigate the behaviour of a 2.4 kW PEM stack in dynamic
conditions typical of vehicle applications, including urban driving cycles taken from …

In this paper two artificial intelligence techniques to predict and control behavior of a 25W
fabricated proton exchange membrane (PEM) fuel cell, have been investigated. These …

The dynamic performance of a laboratory fuel cell system based on a 20kW H2/air proton
exchange membrane (PEM) stack was investigated on test cycles compatible with …