Provide precise rotor position detection solutions for new energy vehicle drive systems. By providing real-time feedback on the rotor angle, the power output and operational efficiency of the automotive motor can be optimized, helping to achieve more efficient and stable driving performance.

A control scheme supports stable torque output for position detection of traction motors in rail transit.Applied to the starting and braking process of trains, ensuring real-time and accurate feedback of traction motors, and improving the safety and comfort of operation.

Provide highly reliable monitoring and power feedback solutions for the electric drive system of low altitude aircraft. To ensure the power safety and efficient output of eVTOL, industrial drones and other aircraft under complex working conditions with extremely high precision, empowering low altitude applications such as urban air traffic and logistics transportation to operate stably.

Provide perception solutions that are deeply integrated with intelligent algorithms for the industrial and robotics fields. As robots evolve towards high safety and high dynamic response, this solution has become the core sensing element of automation systems, providing reliable support for precision control and intelligent decision-making.

Provide high-precision sensor and other product solutions for robot joints, achieve stable and reliable position and velocity feedback, significantly improve the motion control accuracy and operational stability of robots, and meet the strict requirements of high-end robots for perception and control.

By real-time and reliable high-voltage circuit control, optimizing the charging and discharging efficiency and safety redundancy of energy storage systems, providing a solid safety foundation for new energy power storage and peak shaving frequency regulation, and helping the industry continuously upgrade towards high voltage, large capacity, and high reliability.