A Dynamic Production Model for Industrial Systems Energy Management
A Dynamic Production Model for Industrial Systems Energy Management
复制标题
工业系统能源管理的动态生产模型
DOI：
10.1109/smc.2015.14
复制
发表时间：
2015
期刊：
影响因子：
--
通讯作者：
A. Farid
中科院分区：
文献类型：
--
作者：
W. Schoonenberg;A. Farid
工业设施越来越重视能源在其运作中的重要性。因此，工业能源管理已发展到包括许多规划和业务活动。动态能源管理不仅是成本最优生产方法的延伸，也是需求侧管理活动的背景。然而，目前的需求侧管理文献是不充分的，因为它没有解决潜在的生产活动作为能源消耗的存在原因。因此，本文试图利用大型柔性工程系统的公理设计和定时petri网的技术，为工业系统能源管理开发一个动态生产模型。并通过实例说明了能源消耗曲线和能源成本曲线的计算。该模型以后可以集成到传统的工业系统能源管理技术或扩展的需求侧管理技术中。
Industrial facilities are devoting ever greater attention to the importance of energy in their operations. Consequently, industrial energy management has advanced to include many activities in both planning and operations. Dynamic energy management has evolved as not just an extension of cost optimal production methods but also in the context of demand side management activities. And yet, the current demand side management literature is inadequate because it does not address the underlying production activities as the existential reason for energy consumption. Therefore, this paper seeks to develop a dynamic production model for industrial systems energy management drawing upon techniques from Axiomatic Design for Large Flexible Engineering Systems and timed petri-nets. The model is applied to an illustrative example to demonstrate the calculation of energy consumption and energy cost curves. This model may be later integrated into conventional industrial systems energy management techniques or into extended demand side management techniques.