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The SDM axial flux series motors are mainly applied in fields such as new energy vehicles, industrial automation equipment, precision instruments, energy storage converters, marine auxiliary power and rail transit auxiliary systems. They offer several distinctive features and advantages:
Adopting a professional axial flux structure, our motor achieves 30%+ higher power density than conventional radial motors. Under the same power output condition, it features a smaller overall size and lighter weight, greatly saving installation space, optimizing equipment layout, and perfectly matching the lightweight and miniaturization design demands of high-end equipment.
Through optimized electromagnetic circuit structure and loss reduction design, the motor minimizes operating energy consumption. Its efficiency reaches 95% - 98% under rated working conditions. For long-term continuous operation scenarios, it effectively cuts down power consumption and significantly reduces overall operational and energy costs for enterprises.
With a highly integrated and compact structure, the motor runs with extremely low vibration and low noise. It adapts to various complex and harsh working conditions stably, extending the service life of the equipment. Meanwhile, its reliable structure reduces daily failure rates and greatly lowers later maintenance and replacement costs.
The SDM axial flux motor is versatile and widely applicable to multiple high-end fields, covering:
New energy passenger vehicles & commercial vehicles
Industrial automation equipment
Precision instrumentation & intelligent equipment
Energy storage converter systems
Marine auxiliary power systems
Rail transit auxiliary systems
Driven by technological innovation, the SDM Axial Flux Motor abandons the drawbacks of traditional motors such as bulky size, high energy consumption and unstable performance. It relies on high efficiency, compact structure and energy-saving performance to provide strong, stable and low-cost power support for global industrial upgrading and new energy equipment iteration, becoming the preferred next-generation power core.