Innovation Highlights The diversification of new energy powertrain modes has led to increasingly complex requirements for controlling power engagement and disengagement. This product focuses on the intelligent application of electromagnetic claw clutches, exploring predictive synchronization and intelligent combined control methods that integrate vehicle-wide sensing signals.
This product can significantly improve engagement success rates and system smoothness. This research is innovative in terms of system cooperative control and functional expansion, and can enhance system efficiency and reliability.
By integrating vehicle operation signals to achieve predictive synchronization and intelligent engagement control, the system actively regulates during the holding phase to prevent unintended disengagement. Under steady-state conditions, it proactively reduces current input to lower power consumption. This solution expands the application value of electromagnetic claw clutches in intelligent powertrain systems and holds promising prospects for engineering implementation and industrial application.
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