BYD

Last updated February 1, 2026

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Integrated circuit guard plate architecture: BYDRecent Research Landscape

Mechanical impact and thermal runaway propagation risk high replacement costs and safety liabilities. Strategic reinforcement of the battery enclosure through integrated shielding mitigates structural failure during collision.

What technical problems is BYD addressing in Integrated circuit guard plate architecture?

External mechanical impact damage

(31)evidences

Battery cells and internal components are vulnerable to structural failure from debris or collisions. Preventing physical intrusion ensures operational safety and prevents thermal runaway.

Underbody mechanical impact damage

(23)evidences

Mechanical intrusion and debris strikes threaten the integrity of battery enclosures during vehicle operation. Preventing catastrophic deformation or puncture ensures battery safety and prevents thermal runaway.

External impact structural damage

(19)evidences

Mechanical failure during collision or handling. Preventing internal component rupture ensures safety and operational continuity.

Underbody impact battery damage

(12)evidences

Mechanical impacts and bottom collisions often cause internal damage that remains invisible to standard monitoring systems. Early detection of structural compromise prevents catastrophic thermal runaway and ensures vehicle safety.