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

Mechanical failure of the battery enclosure during vehicle impact risks thermal runaway and total loss. These innovations engineer the tray architecture to absorb kinetic energy and protect cell integrity.

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

Structural housing failure

(45)evidences

Mechanical failure or deformation of the battery enclosure under load. Enhancing structural rigidity prevents cell damage and ensures safety during vehicle operation.

Insufficient structural impact resistance

(36)evidences

Battery trays face mechanical failure and housing deformation during vehicle operation and impact events. Preventing structural compromise ensures internal cell integrity and prevents hazardous thermal runaway.

Insufficient structural crashworthiness

(36)evidences

Mechanical failure or deformation of the battery housing under load. Ensuring the enclosure survives impact and vibration prevents catastrophic cell damage.