Moisture-driven discharge chemistry enables highly reversible magnesium-oxygen polymer batteries

Key Points

• The research aims to enhance the rechargeability of magnesium-oxygen batteries by improving discharge chemistry.
• Utilized moisture-driven discharge chemistry to assess battery performance.
• Evaluated energy density and rechargeability of magnesium-oxygen systems.
• Conducted comparative analyses with conventional discharge mechanisms.
• Demonstrated significant improvements in battery rechargeability.
• Achieved higher energy density compared to traditional magnesium-oxygen batteries.
• Showed evidence of enhanced reversibility during discharge cycles.