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1. Characteristics
· Lightweight design: use lightweight materials such as aluminum alloy and composite materials to reduce weight and improve endurance ability.
· Efficient shock absorption: Optimized for the weight distribution and power characteristics of electric vehicles, providing better shock absorption effects.
· Energy recovery: Some designs can recover vibration energy and convert it into electrical energy storage.
· Intelligent control: equipped with sensors and electronic control system, real-time adjustment of shock absorption parameters to adapt to different road conditions.
2. Advantages
· Enhance comfort: effectively reduce vibration and noise, improve driving experience.
· Enhance handling: Optimize the suspension system to improve vehicle stability and handling.
· Extended range: Lightweight design and energy recovery function help increase the range.
3. Application
· Battery electric vehicle (BEV): Optimizing the additional weight brought by the battery pack and motor.
· Hybrid Electric Vehicle (HEV): Balancing the different shock absorption requirements of internal combustion engines and electric motors.
· Fuel Cell Vehicles (FCEVs): Adapt to the weight distribution of fuel cell systems.
