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Last updated February 1, 2026
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Intelligent conductive busbar architecture: BYDRecent Research Landscape

High electrical resistance at cell junctions causes thermal runaway and power loss. These innovations engineer the physical interface between cells to ensure low-impedance energy transfer.

What technical problems is BYD addressing in Intelligent conductive busbar architecture?

Interconnect mechanical fatigue failure

(90)evidences

Vibration and thermal stress cause fatigue and fracture at the electrical junction between cells. Preventing these failures ensures long-term electrical continuity and pack safety.

Inadequate power distribution safety

(29)evidences

Uncontrolled heat transfer between high-voltage components leads to systemic electrical failure. Mitigating this risk ensures structural integrity and safety in high-density energy storage.

Electrical circuit damage risk

(24)evidences

Unprotected battery interconnections are vulnerable to short circuits and mechanical failures. Mitigating these risks prevents catastrophic system failure and improves operational safety.

Structural instability under mechanical stress

(22)evidences

Uncontrolled heat and energy release during structural compromise or cell failure. Preventing catastrophic pack-level failure during localized mechanical or thermal stress events.