In which aspects of new energy vehicles are our nanocrystalline cores applied?

Advantages of Nanocrystalline Cores:

High Permeability and High Saturation Flux: Nanocrystalline cores exhibit high permeability and high saturation flux, enabling stable operation under high-voltage conditions.

Low Coercivity and Low Iron Loss: Their low coercivity and low iron loss characteristics help reduce energy dissipation and enhance overall device efficiency.

Excellent Frequency Response Characteristics: Nanocrystalline cores perform exceptionally well in high-frequency environments, making them suitable for equipment requiring high-frequency response.

Miniaturization and Energy Efficiency: Manufactured common-mode chokes exhibit high inductance, high impedance, high power handling, and energy-saving characteristics, meeting demands for miniaturization and energy conservation.

Inverters and Converters: Nanocrystalline cores are widely used in inverters and converters, significantly enhancing equipment electromagnetic compatibility, power density, and efficiency. Compared to traditional ferrite materials, nanocrystalline cores enable more compact, efficient, and stable inverters.

Vehicle Chargers: In vehicle chargers, nanocrystalline cores not only increase power density but also effectively suppress electromagnetic interference in low-impedance environments, ensuring safe and efficient charging.

Motor Bearing Protection: Combined with inductors, nanocrystalline cores can protect motor bearings in pure electric vehicles or plug-in hybrid electric vehicles, further enhancing vehicle safety.

Charging Stations: In external charging stations, such as DC fast chargers and wireless chargers, nanocrystalline cores serve as key components for achieving low losses and efficient electromagnetic interference suppression due to their outstanding performance.