Bayer

Last updated January 31, 2026

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Conductive contact interface geometry: BayerRecent Research Landscape

Manual charging interfaces introduce alignment errors and connector wear that increase vehicle downtime. These innovations utilize robotic positioning to ensure precise electrical coupling and consistent power transfer.

What technical problems is Bayer addressing in Conductive contact interface geometry?

Insecure high-power electrical coupling

(43)evidences

Mechanical tolerances and mating misalignments in high-power charging interfaces cause poor connectivity. Ensuring a stable physical connection prevents localized overheating and power delivery interruptions.

Inefficient wireless power transfer alignment

(15)evidences

Misalignment between charging coils causes significant energy loss and thermal instability. Precise spatial positioning ensures maximum power transfer efficiency and prevents hardware damage.

Unauthorized disconnection and mechanical strain

(9)evidences

Charging interfaces suffer from theft risk and physical cable fatigue at connection points. Addressing these prevents service interruption and hardware failure.