Regulating the interlayer structure of V2O5 via dual-guest intercalation toward high-performance aqueous zinc-ion batteries

Key Points

• Enhanced performance in zinc-ion batteries is achieved through dual-guest intercalation of V2O5.
• Key metrics show a significant increase in charge capacity, reaching up to 300 mAh/g for intercalated electrodes.
• The approach involves modifying the interlayer structure of V2O5, optimizing its use as an electrode material.
• These findings highlight a promising route for developing high-performance energy storage systems like zinc-ion batteries.