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Dynamic balance board

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It is usually used on motor rotors or wheels, eliminating the imbalance of rotating parts by precisely adjusting the mass distribution, ensuring that the motor or wheel operates smoothly at high speeds, reducing vibration and noise, and improving the driving stability and riding comfort of new energy vehicles. The application of dynamic balancing plates is of great significance for enhancing the overall performance of the electric drive system of new energy vehicles and the user experience.

Product advantages

  • Improving operational stability: The dynamic balancing plate effectively eliminates the imbalance of rotating components by precisely adjusting the mass distribution, significantly reducing vibration and noise of the motor or wheels during high-speed rotation. This helps enhance the driving stability of new energy vehicles, making the driving experience smoother and more comfortable.
  • Extending service life: Unbalanced rotating components can lead to additional vibration and friction, accelerating the wear of parts such as bearings and seals. The application of the dynamic balancing plate can reduce this wear, extend the service life of the motor and wheels, and lower maintenance costs.
  • Improving energy efficiency: Unbalanced rotating components can cause additional energy loss, reducing the operational efficiency of the motor. The application of the dynamic balancing plate can reduce this energy loss, improve the energy efficiency of the motor, thereby helping to enhance the range of new energy vehicles.
  • Enhancing safety: Unbalanced rotating components may lead to increased vehicle vibration, potentially causing safety hazards. The application of the dynamic balancing plate can ensure the smooth operation of the motor and wheels, reducing the risk of safety accidents caused by vibration, and improving the driving safety of new energy vehicles.
  • Strong adaptability: The dynamic balancing plate can be customized according to different rotating components and working conditions, demonstrating strong adaptability. It can be applied to various motor rotors, wheels, and other components in the electric drive system of new energy vehicles, meeting the needs of different vehicle models and performance requirements.
  • Intelligent correction: Modern dynamic balancing plates are often combined with advanced control algorithms and automation technologies, enabling precise calculation and automatic correction of imbalance. This not only improves correction efficiency but also reduces errors caused by human factors, ensuring the accuracy and reliability of the correction results.