BYD

Last updated February 1, 2026

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Hybrid powertrain synchronization controller: BYDRecent Research Landscape

Inconsistent engine startup timing increases fuel consumption and mechanical wear during transition states. These innovations synchronize controller signals to ensure repeatable combustion initiation.

What technical problems is BYD addressing in Hybrid powertrain synchronization controller?

Inconsistent power source transitions

(40)evidences

Abrupt transitions between internal combustion and electric power sources cause mechanical instability and passenger discomfort. Eliminating these disturbances ensures seamless power delivery and prevents drivetrain wear.

Inefficient power distribution

(17)evidences

Inefficient power split between multiple energy sources leads to excessive fuel consumption and battery degradation. Optimizing this distribution extends vehicle range and improves overall system thermal management.

Excessive energy consumption rates

(10)evidences

Inefficient power distribution across battery packs leads to premature energy depletion. Reducing these losses extends vehicle range and operational lifespan.