Shanghai University develops new strategy for 3D printing decoupling lithium-ion batteries

The widespread use of electric vehicles relies heavily on the development of strong and fast-charging battery technology that can support their long-term continuous operation.

To improve the durability of electric vehicles, newly proposed energy storage solutions require the use of so-called structural batteries.

A structural battery is a battery that can be used for two purposes, both as a structural component of a vehicle and as an energy storage solution.

Therefore, these batteries are not added to external components of electronic or electrical equipment, but are embedded directly into the structure.

, Photo source: The journal “Composites Science and Technology”, according to foreign media reports, researchers and collaborators at Shanghai University have recently designed a promising strategy to manufacture high-performance structural batteries with customizable geometric configurations.

This strategy can 3D print structural lithium-ion batteries with different geometric configurations, and related papers have been published in the journal Composites Science and Technology.

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Link to this article: https://evcnd.com/shanghai-university-develops-new-strategy-for-3d-printing-decoupling-lithium-ion-batteries/

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