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Last updated February 1, 2026
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Reinforced battery tray structural framework: BYDRecent Research Landscape

Mechanical failure of the battery enclosure during vehicle operation risks thermal runaway and structural instability. These innovations engineer the bottom plate and tray architecture to ensure load-bearing integrity and cell protection.

What technical problems is BYD addressing in Reinforced battery tray structural framework?

Insufficient structural impact resistance

(74)evidences

Mechanical failure or deformation occurs when battery enclosures cannot withstand static and dynamic loads. Enhancing load capacity prevents cell damage and ensures vehicle safety during operation.

Insufficient structural crashworthiness

(47)evidences

Mechanical failure of the battery enclosure during collision or high-load events. Enhancing structural integrity prevents catastrophic cell damage and ensures passenger safety.

Inadequate structural impact resistance

(23)evidences

Battery enclosures face catastrophic failure during side-impact or high-load mechanical stress events. Enhancing structural integrity prevents cell breach and thermal runaway during vehicle collisions.