Recuperated energy savings potential and approaches in industrial robotics

D. Meike, L. Ribickis
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引用次数: 33

Abstract

This paper presents the experimental and simulation results of industrial robot's recuperated energy saving approaches. Two complementary alternatives- a capacitive energy buffer on the robot's DC-bus is evaluated and a novel approach, the robot EnergyTeam has been proposed. The principle of robot EnergyTeam is the DC-bus merging among various number of industrial robot power controllers thus enabling a controlled energy flow among the robots that decelerate and, therefore, recuperate the energy and those that simultaneously require a peak power supply for the acceleration. Cost efficiency is estimated considering the characteristics in robotics of real production in the automobile industry.
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工业机器人的再生能源节约潜力和方法
本文给出了工业机器人再生节能方法的实验与仿真结果。评估了两种互补方案——机器人直流总线上的电容式能量缓冲器,并提出了一种新颖的方法——机器人能量团队。机器人EnergyTeam的原理是在多个工业机器人电源控制器之间合并直流总线,从而在减速并因此恢复能量的机器人和同时需要峰值电源以加速的机器人之间实现可控的能量流。考虑机器人在汽车工业实际生产中的特点,对机器人的成本效率进行了估算。
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