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Last updated February 1, 2026
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Structural battery tray interface: BYDRecent Research Landscape

Mechanical failure and thermal runaway risks increase with higher energy densities in electric vehicles. These innovations mitigate these risks through reinforced structural housing and integrated pack-to-chassis mounting.

What technical problems is BYD addressing in Structural battery tray interface?

Structural housing mechanical instability

(53)evidences

Insufficient load-bearing capacity and structural integrity of battery enclosures under mechanical stress. Enhancing durability prevents catastrophic failure during vehicle operation or impact.

Insufficient structural integration integrity

(44)evidences

Mechanical failure or deformation of the battery enclosure under vehicle load. Ensuring structural robustness prevents cell damage and improves vehicle crashworthiness.

Inadequate structural integration

(27)evidences

Vulnerability of battery cells to external mechanical impacts and floor deformations. Robust protection prevents catastrophic thermal runaway and ensures vehicle occupant safety during collisions.

Inadequate structural impact protection

(22)evidences

Mechanical deformation and intrusion during side-impact collisions threaten cell integrity. Enhancing energy absorption within the tray perimeter prevents thermal runaway and vehicle structural failure.