Ceramic Anode Host Material for Confined Sodium Plating - Na-CerAnode

Project summary

Needs to be addressed New battery technologies are needed that can be efficiently manufactured from abundant or recycled materials, have a long life, meet the performance requirements of the application and are designed to be viable and effectively recyclable. These technologies are essential to support global growth in the renewable energy sector. Objectives To develop processes for a novel anode for sodium-ion batteries using a porous solid separator. Improve the performance of the anode by depositing ALD layers within the porosity and applying advanced characterization technologies. Proof of feasibility in a demonstration cell. Potential applications Sodium-ion batteries for stationary energy storage, and small cost-effective electric vehicles. Impact and potential benefits Improve ecological impact of sodium-ion batteries by applying the new anode concept. Developed novel processes for next-gen batteries are of interest for engineering industry or battery cell manufacturers.