www.sciencedaily.com
Kyushu University researchers have overcome a critical hurdle in fuel cell technology by developing scandium-doped oxide materials that facilitate rapid proton transport at a low temperature of 300°C. These materials create spacious pathways for protons, preventing the congestion that previously plagued crystal lattices. This breakthrough revolutionizes solid-oxide fuel cell development, as it lowers the operating temperature significantly, a challenge that has persisted for decades. This innovation paves the way for cheaper and more efficient hydrogen power, bringing sustainable energy closer to reality.
