Abstract:
Solid oxide fuel cell is one of the most promising technologies for providing efficient and environmentally friendly
energy production for a wide range of applications. At present, an important problem in the development of a solid oxide fuel
cell is a decrease in the operating temperature by reducing the thickness of the electrolyte, since the internal resistance of the
cell decreases and its power increases. An effective solution to this problem is the use of thin-film materials, both for electrolytes
and for electrodes (cathode, anode). This paper provides a review of literature data that discusses new thin-film materials for
electrodes and electrolytes of low-temperature solid oxide fuel cells with brief conclusions on the research topic.
