Effect of calcination temperature on sodium titanate properties as an anode for sodium-ion battery

Key Points

• Sodium titanate's electrochemical performance improves with optimal calcination temperature adjustments, indicating functionality.
• The study specifically reports on sodium titanate's ion conductivity, showing significant enhancements in material characteristics.
• Assessment using varied calcination temperature helps identify ideal conditions for enhancing anode properties in sodium-ion batteries.
• The findings may enable more efficient sodium-ion batteries by optimizing sodium titanate, promoting better energy storage solutions.