1. Core Features
Material Quality
Our new energy stator cores are crafted from high - purity silicon steel sheets. These sheets are selected for their outstanding magnetic properties, which enable efficient magnetic flux conduction. The high purity minimizes impurities that could disrupt the magnetic field, ensuring smooth operation within the ever - changing magnetic environment of an EV motor. In comparison to lower - grade materials, our high - purity silicon steel can reduce magnetic resistance by up to [X]%, facilitating more efficient energy transfer.
Precision Lamination
The stator core features a precisely engineered lamination structure. Multiple thin silicon steel sheets are stacked with extreme precision. This design serves a dual purpose: reducing both eddy current and hysteresis losses. Eddy currents, circular electric currents induced within the core due to the changing magnetic field, can cause significant energy wastage. By laminating the sheets, we increase the electrical resistance perpendicular to the magnetic field, effectively curbing these eddy currents. T. Hysteresis losses, which occur as the magnetic domains in the material realign with the changing magnetic field, are also minimized, enhancing overall energy efficiency.
Advanced Magnetic Circuit
The unique multi - pole magnetic circuit design of our stator core is a game - changer. It generates a high - density magnetic field within a compact space. When an electric current passes through the coils wound around the stator core, it creates a magnetic field that interacts with the permanent magnets on the rotor. The high - density magnetic field results in a stronger force on the rotor, providing higher torque output.
Company Introduction
Production Equipment and Process
Test ability
Patent and Qualification
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