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Energy Efficiency in Machine Tool Operation by Online Energy Monitoring Capturing and Analysis

机译:在线能量监测捕获和分析机床操作中的能量效率

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The first step to lower energy impact of products is to quantify the current impact. The mayor energy consumer in machine tools is not the spindle, it's the auxiliary units, such as pneumatic, hydraulic system, actuators, chip disposal and others. The quantification is achieved by precise measurements from signals by the PLC with high sampling rates. The analysis of this data is done by Engineering Apps (eApps). The analysis of the energy per component reveals the potential for energy reduction. The reduction can be achieved by switching to a more efficiency component In this research examples of component substitution measurements have been performed for more efficient electrical motors, cutting fluid pumps, compressors vs. controlled compressors and start-stop hydraulic power packs. The stand-by energy analysis is similar to the component energy analysis and reveals the potential for setting some components to sleep mode during stand-by. Examples of analysed sleep mode components are chip disposal, cutting fluid pump, pneumatic and hydraulic system. As a result the energy usage can be displayed and visualized in various ways such as energy per part, energy per time or energy per shift. The energy usage visualization can be split into usage per component. These results can also be displayed online on mobile devices.
机译:降低产品能量影响的第一步是量化当前的影响。机床中的市长能量消费者不是主轴,它是辅助单元,如气动,液压系统,执行器,芯片处理等。通过具有高采样率的PLC的信号精确测量来实现量化。对该数据的分析是由工程应用程序(EAPP)完成的。每个组分的能量分析揭示了能量减少的潜力。可以通过在该研究中切换到更高效率的组件来实现减少,在该研究的实施例中已经进行了更有效的电动机,切割流体泵,压缩机与受控压缩机和启动液压动力组件进行了测量。备用能量分析类似于元件能量分析,并揭示在待机期间将某些组件设置为睡眠模式的可能性。分析的睡眠模式部件的实例是芯片处理,切割流体泵,气动和液压系统。结果,可以以各种方式显示和可视化能量使用,例如每个部分的能量,每次的每个时间或能量的能量。能量使用可视化可以分为每个组件的使用。这些结果也可以在移动设备上在线显示。

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