Influential Aspects to Robotic Cell Energetic Efficiency: Overview

R. Bočák, R. Holubek
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Abstract

Abstract This paper focuses on the input parameters that affect the resulting efficiency of a robotic workplace for industrial use. The aim of the investigation was to find which parameters most significantly affect cycle time and electricity consumption, and which way of movement is the most suitable for robotic operation. By finding the most suitable parameters, we obtain the information on how to build the most efficient robotic workplace. The investigation focused mainly on the energy consumption and layout of the robotic work cells components that significantly affect the cycle time and potentially save electric energy.
影响机器人电池能量效率的因素:综述
摘要:本文主要研究了影响工业机器人工作场所效率的输入参数。研究的目的是找出哪些参数对循环时间和电力消耗影响最大,以及哪种运动方式最适合机器人操作。通过寻找最合适的参数,我们获得了如何构建最高效的机器人工作场所的信息。重点研究了机器人工作单元组件的能量消耗和布局,这对循环时间有重要影响,并可能节省电能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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