Mechatronics integration system design
Electric drive integration technology, high torque and power output, and system architectural redundancy design
Algorithms for complete kernel and advanced function control
Intelligent driving functions such as automatic parking/lane change assist/lane maintaining, and advanced functions such as off-tracking compensation/vibration suppression/friction compensation, etc.
Motor compensation algorithm for basic control such as assist control/yaw damping/active return, and torque fluctuation suppression
Redundant permanent magnet synchronous motor drive and control and diagnosis, complex motor 6-phase current reconstruction technology, etc.
Intelligent networking support design
Comply with information security needs, and support OTA upgrade technology and cloud deployment monitoring
Comply with function safety design
When assistance (sLOA) is unexpectedly lost, the electronic control system can fulfill ASIL D functional safety level