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● 24*7 online service support ● Articles in the hair dryer industry ● Sometimes maybe Discount
● 24*7 online service support ● Articles in the hair dryer industry ● Sometimes maybe Discount
Time：2023-12-29 Views：1
1. Motor design and optimization:
Choose a high-efficiency DC brushless motor to reduce energy loss. Advanced motor design and magnetic circuit optimization can improve efficiency.
When designing motors, pay attention to matching the rated power and voltage of the motor to avoid excessive or insufficient power, in order to maintain optimal efficiency.
Use high-quality bearings and seals to reduce mechanical friction and energy loss.
2. Air duct design and optimization:
Optimize the geometry of the air duct to ensure smooth fluid dynamics and reduce airflow resistance, thereby reducing the overall energy consumption of the system.
Adopting a smooth internal surface and appropriate curve design to reduce turbulence and resistance of the airflow.
Consider multi-stage fan design to improve wind pressure and flow efficiency.
3. Material selection and manufacturing process:
Choose lightweight and high-strength materials to reduce overall weight, power consumption, and friction losses.
Optimize the manufacturing process of components, reduce machining accuracy requirements and material waste, thereby reducing manufacturing costs.
Use low friction coatings or materials to reduce friction losses between components.
4 Circuit control and optimization:
Adopting advanced motor control algorithms, such as Field Oriented Control (FOC), to achieve more precise motor control, improve efficiency and response speed.
Use energy-saving circuit design, such as pulse width modulation (PWM) control, to adjust the motor operating speed according to load requirements.
Consider a Battery Management System (BMS) to optimize battery usage and charging, thereby extending battery life and improving energy efficiency.
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