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Last updated January 31, 2026
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High-voltage structural battery enclosure: BayerRecent Research Landscape

Standardized energy storage units often fail to meet the specific spatial and power density requirements of automotive chassis. This architecture engineers the physical and electrical integration of high-voltage cells to optimize vehicle-specific power delivery.

What technical problems is Bayer addressing in High-voltage structural battery enclosure?

Inadequate battery thermal safety

(92)evidences

External mechanical intrusions and debris impacts threaten the integrity of battery housings located at the vehicle floor. Preventing structural breach or internal cell deformation ensures safety and prevents thermal runaway.

Inefficient electrical interconnection density

(80)evidences

Conventional battery enclosures fail to provide sufficient mechanical load-bearing capacity while maintaining electrical connectivity. Solving this allows the battery to serve as a primary vehicle structure without compromising cell safety.