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Advances in energy-related plant simulation by considering load and temperature profiles in discrete event simulation

机译:通过在离散事件模拟中考虑负载和温度曲线在能源相关工厂模拟方面的进展

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摘要

Discrete event simulations are one of the most used techniques by manufacturing system designers. In order to extend the traditional material flow with an advanced energy simulation, this paper presents two specially developed extension modules for the widely used software Tecnomatix Plant Simulation. In contrast to other approaches, the FAPS energy module is not only based on fixed values, but on measured load profiles. Furthermore, the FAPS temperature module for tracking the products’ temperature through the whole process chain is introduced. The latter module is particularly suited for identifying savings potential in energy-intensive thermal processes.
机译:离散事件模拟是制造系统设计人员最常用的技术之一。为了通过先进的能量模拟来扩展传统的物料流,本文为广泛使用的Tecnomatix Plant Simulation软件提供了两个专门开发的扩展模块。与其他方法相比,FAPS能源模块不仅基于固定值,而且还基于测量的负载曲线。此外,还引入了FAPS温度模块,用于跟踪整个过程链中的产品温度。后一个模块特别适合于确定高能耗热工艺中的节能潜力。

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