The proton exchange membrane fuel cell, as a novel energy device, exhibits a wide array of
potential applications. This paper offers a comprehensive review and discussion of …

Lifetime evaluation and prediction of proton exchange membrane fuel cells (PEMFCs) are
essential for the lifetime extension and commercialization of fuel cells. Under the …

Lifetime is a major bottleneck for the commercialization of fuel cells. A quick evaluating
method for fuel cell lifetime can assist in immediately assessing technology progress …

This paper proposes three online real-time energy management strategies for fuel cell
hybrid electric vehicles aimed at minimizing the total running cost over the vehicle's lifecycle …

Modular high temperature gas cooled reactor (mHTGR) adopts helium as coolant and
graphite as both the moderator and structural material, whose fuel element is built by …

Reasonable anode pressure supply can not only improve the performance output of proton-
exchange membrane fuel cell (PEMFC), but also effectively protect the proton-exchange …

Compared with the conventional turbofan engine, the adaptive cycle engine (ACE) has more
extensive flight envelope and the more types and number of adjustable components. While …

Improving the commercial fuel cell system efficiency is critical to reducing hydrogen
consumption and improving the operational economy. This paper studies the power …

This paper briefly recommends the working principle of the cooling system of the fuel cell
engine (PEMFC), studies the control strategy of the thermostat in the cooling system, which …

In the state-of-the-art high-power self-humidifying proton exchange membrane fuel cell
(PEMFC) systems for vehicles, the high potential and low water production at idle or low …