This review reveals the significance of metal ion electrochemical tuning in optimizing electrocatalysts for energy technologies, indicating its potential for sustainable energy systems.
Key Points
Electrocatalysts engineered with metal ion electrochemical tuning improve performance in critical energy technologies like fuel cells and batteries.
The study presents three operational modes of MET: ion intercalation, deintercalation, and repetitive processes, enhancing catalytic efficiency.
Assessment of MET shows its advantage over traditional methods by enabling dynamic optimization of electrocatalyst performance during reactions.
Key challenges and future directions for MET will shape the development of innovative electrocatalysts for sustainable energy applications.