This research aims to enhance electrochemical energy storage methods by integrating anion storage with multi-electron redox chemistry.
Utilizes pre-activated cascade redox chemistry
Explores anion storage in graphite
Focuses on high-voltage applications
Demonstrates improved performance in energy storage
Enables multi-electron anion storage in graphite
Suggests pathway for advancing high-power applications
Abstract
). By integrating multi-electron redox chemistry with anion storage, this approach unlocks a new direction for high-power electrochemical energy storage.