High power:Flat-wire winding combined with oil cooling to improve the power density and efficiency of the motor and reduce copper loss.
High efficiency:Overall optimized efficiency; improved efficiency through different technologies and product selection, adopting low harmonic rotor, high-efficiency silicon steel sheet, low AC coefficient winding and high slot fill rate.
High speed:Adopting high-strength rotor, high-speed bearing and advanced assembly technology to realize the high speed of the motor.
Modularization: Use one set of stator and rotor tooling to ensure the collinear production of serialized products; fine-tuning the length of copper wire, insulation and iron core for different voltages (400V-900V) platforms.
