The use of rectangular copper wire in the drive motors of New Energy Vehicles provides various benefits, including improved packing density, reduced skin and proximity effects, enhanced cooling, high current-carrying capacity, and customization options to meet specific motor design requirements.
Thermal Index | Class 200, Class 220 |
Specification range | Φ0.270-3.000mm |
Executive standards | GB/T 6109.5-2008, GB/T 6109.20-2008 |
Improved Packing Density: Rectangular copper wire enhances packing density in motor winding, optimizing space usage for a more compact and efficient drive motor.
Enhanced Cooling: Rectangular wire enhances thermal dissipation, crucial for drive motors to prevent overheating and ensure optimal performance.
Customization for Motor Design: Manufacturers can tailor rectangular copper wire dimensions for drive motors to optimize design flexibility.
Compatibility with High Torque Applications: Rectangular wire, with its higher mechanical stress resistance, is ideal for applications requiring high torque, such as electric vehicle drive motors.
Resistance to Deformation: Rectangular copper wire enhances motor stability by resisting deformation during winding, ensuring a reliable construction.