Perspective explores anionic redox for enhancing prelithiation in anode-free lithium metal batteries, suggesting new directions for high-performance development.
Key Points
This Perspective aims to address the limitations of cycling stability in anode-free lithium metal batteries (AFLMBs) through innovative prelithiation strategies.
Analyzed the role of irreversible capacity as a lithium reservoir.
Investigated advancements in electrolyte development.
Explored modifications to the anode current collector.
Critically evaluated anionic redox reactions for prelithiation.
Identified controlled anionic redox as a promising approach for effective prelithiation.
Highlighted recent progress in developing durable AFLMB technologies.
Proposed a comprehensive framework for integrating controlled anionic redox with advanced electrolyte and interphase engineering.