Interlayer-expanded Al-doped V2O5 cathodes via MOF-assisted synthesis for high-rate lithium storage

Key Points

• Al-doped V2O5 cathodes show significant improvement in lithium storage capacity and rate performance.
• The synthesis method involves a MOF-assisted technique that optimally modifies the interlayer spacing.
• High-rate capability achieved illustrates the potential for enhanced battery applications in energy storage.
• Results suggest a promising approach for the development of advanced cathodes in lithium-ion batteries.