Propelling lithium transport kinetics and inhibiting Al corrosion by high-coordination-strength anion for low-temperature lithium-metal batteries

Key Points

• Improved lithium transport kinetics observed at low temperatures, enhancing battery efficiency.
• The study reports a significant reduction in aluminum corrosion through high-coordination-strength anion use.
• Experimental analysis focused on lithium-metal battery chemistry and the role of corrosion inhibitors.
• This work highlights the need for advanced anion designs to improve low-temperature battery operations.