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Motor-gearbox selection for energy efficiency

机译:电机变速箱选择以提高能源效率

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Energy consumption of robotic systems is getting more and more attention. Previous work suggests that energy losses in the actuators of robots are a significant source of high energy consumption. A possible reason is that, so far, motor-gearbox selection methods have not focussed on energy efficiency. In this work, we present a model-based motor-gearbox selection procedure with the focus on key mechanisms of energy dissipation. Using an example, we evaluate the possible efficiency gains when selecting a motor-gearbox combination for energy efficiency. In this example, the losses are reduced by 56% to 40%. We conclude that selecting a motor-gearbox combination for energy efficiency can provide a significant improvement in the efficiency. However, the energy losses in the motor-gearbox combination remain significant.
机译:机器人系统的能耗越来越受到关注。先前的工作表明,机器人执行器中的能量损失是高能耗的重要来源。可能的原因是,到目前为止,变速箱的选择方法还没有把重点放在能效上。在这项工作中,我们提出了一个基于模型的电机变速箱选择程序,重点关注能量耗散的关键机制。通过一个示例,我们评估了选择电动机-齿轮箱组合以提高能效时可能获得的效率提升。在此示例中,损失减少了56%至40%。我们得出的结论是,为提高能效而选择电动机-变速箱组合可以显着提高效率。然而,电动机-齿轮箱组合中的能量损失仍然很大。

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