ADVANCES IN LITHIUM-AIR BATTERY RESEARCH

Research into lithium-air batteries has accelerated rapidly due to their potential to deliver step-change improvements in energy density. 

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Our scientists are studying materials and system architectures that improve oxygen electrochemical reactions. 

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Areas of active research include: 

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Solid-State Electrolytes 

Solid-state electrolytes can improve battery stability and safety while enabling new system architectures. 

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Advanced Air Cathodes 

We are developing cathodes capable of supporting efficient oxygen reactions while minimizing degradation. 

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Reaction Management 

Improved control of lithium oxide formation and decomposition can significantly improve battery performance and cycle life. 

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These breakthroughs are gradually moving lithium-air batteries from laboratory research toward practical engineering systems. Breakthroughs in materials science are helping address challenges related to cycle life, reaction stability, and battery degradation. 

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Scaling next-generation battery technologies requires advanced manufacturing processes. 

Moving from laboratory research to commercial production involves developing: 

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• repeatable electrode manufacturing processes 

• reliable supply chains 

• scalable battery architectures ​

Lithium-air battery manufacturing requires precise control of electrode structure, oxygen transport pathways, and materials interfaces Air Energy focuses on translating lithium  chemistry breakthroughs into manufacturable systems capable of supporting real world applications across aviation, autonomy, and defense.   

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Learn more in our complete lithium-air battery guide.