Automotive

In the automotive sector, permanent magnet motors are key components adapting to the trends toward new energy and intelligent vehicles. They underpin both the power output of new energy vehicles and the auxiliary functions of traditional fuel-powered vehicles. Their core value lies in their ability to deliver powerful torque in a compact package, directly impacting the acceleration and range of new energy vehicles. They operate efficiently across a wide speed range (often exceeding 90%), reducing energy consumption and allowing for energy recovery during coasting. Their rapid response allows them to coordinate with electronic control systems to meet the power regulation requirements of autonomous driving. Their compact design facilitates integration into all-in-one electric drive systems, saving space within the vehicle. In specific applications, they serve as the driving core of new energy vehicles, turning the wheels, and are also widely used in vehicle body auxiliary functions, such as electric power steering, electric air conditioning compressors, and braking systems, all of which rely on them to provide stable power.