BYD

Last updated February 1, 2026

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Connecting rod kinematic linkage: BYDRecent Research Landscape

Mechanical failure in air suspension pumps often stems from eccentric loading and friction at the drive interface. These innovations utilize specific shaft geometries to stabilize torque transmission and extend compressor service life.

What technical problems is BYD addressing in Connecting rod kinematic linkage?

Excessive piston thermal stress

(6)evidences

Mechanical losses and pressure leakage in piston-driven systems limit output performance. Reducing these bottlenecks improves energy density and operational reliability in vehicle-mounted compressors.

Inflexible valve lift timing

(5)evidences

Fixed valve lift profiles cause suboptimal volumetric efficiency across varying engine speeds. Addressing this limitation improves fuel economy and reduces exhaust emissions.

Mechanical transmission energy loss

(2)evidences

Frictional losses and kinematic constraints in traditional linkages limit energy transfer efficiency. Reducing these losses improves the overall fuel economy and operational lifespan of vehicle drive systems.