BYD

Last updated February 1, 2026

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Automated cell tab folding kinematics: BYDRecent Research Landscape

Manual or imprecise tab alignment during high-speed assembly causes internal shorts and inconsistent energy density. These innovations utilize specialized folding geometries and data-driven positioning to ensure structural integrity during lamination.

What technical problems is BYD addressing in Automated cell tab folding kinematics?

Inconsistent electrode tab alignment

(44)evidences

Inconsistent positioning of cell components during high-speed assembly leads to internal shorts or poor electrical contact. Precise mechanical handling prevents structural defects in the stacked battery architecture.

Pole piece material deformation

(34)evidences

Inefficient scrap removal and structural stress during high-speed processing lead to production downtime. Reducing these failures improves manufacturing yield and component longevity.

Inconsistent adhesive application uniformity

(12)evidences

Irregular glue distribution leads to structural instability and thermal management failures in battery packs. Precise deposition prevents component detachment and electrical leakage.