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Energy-efficient distributed part programme for highly automated production systems

机译:高度自动化的生产系统的节能分布式零件程序

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Distributed part programmes (PPs) across the shop-floor resources have been identified as a possible enabler of production flexibility, while the energy assessment has been recognised as a relevant factor for the global sustainability. This article proposes a distributed PP approach, identified as network part programme (NPP), while addressing the minimisation of system energy consumption. The approach, called energy-based NPP, is based on two mathematical models. The first model generates a number of alternative pallet configurations according to the minimisation of workpiece set-ups and energy consumption. The second model grants the energy consumption threshold at system level through the selection of previously-generated and alternative workplans. The application of the approach on a real case shows a reduction of the energy consumption, the respect of the system energy consumption threshold and a substantial improvement in operational costs compared to traditional workplan design methods.
机译:车间资源中的分布式零件程序(PPs)已被确定为可能实现生产灵活性的工具,而能源评估已被认为是实现全球可持续性的重要因素。本文提出了一种分布式PP方法,称为网络部件程序(NPP),同时解决了系统能耗的最小化问题。该方法称为基于能量的NPP,它基于两个数学模型。第一个模型根据工件设置和能耗的最小化生成了许多可选的托盘配置。第二个模型通过选择先前生成的工作计划来授予系统级别的能耗阈值。与传统的工作计划设计方法相比,该方法在实际案例中的应用显示出能耗的降低,对系统能耗阈值的尊重以及运营成本的显着提高。

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