In Pictures: OCSiAl supplies carbon nanotubes to EU ELEVATE project for aviation battery cells over 400 Wh/kg

ELEVATE aims to translate advanced battery chemistry into real-world aviation performance.

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Aviation's shift toward electrification hinges on cells that can deliver both high energy density and safety.

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The Horizon Europe consortium targets cells exceeding 400 Wh/kg for next-generation aircraft.

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OCSiAl's TUBALL single-wall carbon nanotubes serve as a key enabling material for electrode conductivity and stability.

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Silicon-rich anodes paired with dry-coated cathodes form the basis of the ELEVATE cell design.

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Weight and reliability remain critical as the project pursues aviation-grade cell qualification.

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Partners in the ELEVATE project are working to bridge lab-scale gains with production-ready battery cells.

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The ELEVATE project forms part of Europe's broader push to decarbonize air travel.

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Single-wall carbon nanotubes are positioned as a pivotal additive for the consortium's high-energy cells.

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