Solid oxide fuel cells (SOFCs) have attracted great interest as an alternative potential way to
become the most efficient and cleanest electrochemical energy conversion system. The …

Solid oxide fuel cells are able to convert fuels, including hydrocarbons, to electricity with an
unbeatable efficiency even for small systems. One of the main limitations for long-term …

Limiting the degradation of solid oxide fuel cells is an important challenge for their
widespread use and commercialization. The computational expense of long-term simulation …

Fault diagnosis technology is a vital tool for ensuring the stability and durability of solid oxide
fuel cell systems. Simultaneous faults are common problems in modern industrial systems …

Detailed explanation and reliable quantification of the numerous degradation mechanisms
contained in solid oxide fuel cells (SOFCs) are key issues to improve their durability …

The effects of applied current density on the long-term performance degradation behavior of
anode-supported flat-tubular type solid oxide fuel cells (SOFCs) are studied. Durability tests …

This study demonstrates applicability of the distribution of relaxation times (DRT)
methodology to reveal more precise analysis of processes that occur in solid-oxide fuel …

Abstract A Solid Oxide Electrolysis (SOE) short stack consisting of anode-supported cells
(ASCs in fuel cell mode) was assembled in JÜLICH's F10-design. ASCs are based on …

Single-atom catalysts provide unique catalytic properties and maximize the atom utilization
efficiency. While utilizing them at elevated temperatures is highly desirable, their operating …

Abstract Solid Oxide Fuel Cell (SOFC) is an energy conversion technology featuring high
efficiency, power density, durability, and fuel compatibility. In practice, however, SOFCs …