Stator electromagnetic winding architecture: BYDRecent Research Landscape
Manual winding and alignment errors in stator production lead to significant electrical losses and heat. Precise geometric control of the core assembly ensures consistent magnetic flux and thermal dissipation in high-performance motors.
What technical problems is BYD addressing in Stator electromagnetic winding architecture?
Stator winding assembly misalignment
(120)evidences
Improper positioning of windings and components during assembly causes electromagnetic imbalances. Precise mechanical guidance prevents performance degradation and manufacturing defects.
Structural integrity under centrifugal stress
(74)evidences
High-speed rotation causes mechanical deformation and lamination separation in rotor assemblies. Maintaining structural stability prevents catastrophic mechanical failure and electromagnetic air-gap fluctuations.
Winding assembly complexity bottlenecks
(59)evidences
Mechanical misalignment and insufficient rigidity during high-torque operation lead to vibration and noise. Ensuring structural integrity prevents mechanical failure and acoustic degradation.