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Optimization of Greenhouse Production Process: An Investigation of Energy Efficiency Potentials

机译:温室生产过程的优化:能源效率潜力的调查

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Political focus has in recent years focused on climate and energy efficiency as part of the global goals of a fossil-free future. The introduction of the term industry 4.0, the fourth industrial revolution, provides a solution. Industry 4.0 seeks to combine the real and virtual space to achieve maximum efficiency and autonomy. This paper aims to investigate the energy efficiency potentials in the industrial production processes with a case study of a large commercial greenhouse grower in Denmark. The discrete event simulation software- Arena is used in this study for performing the simulations of the greenhouse production. The simulation results in the total yearly electricity consumption of 1,970.83 MWh. This paper finds that there is not big energy efficiency potential in the greenhouse production process without response to the hourly electricity price signals, and the results indicate a bottleneck at the transportation from the arrival and cutting station.
机译:近年来,政治重点一直放在气候和能源效率上,这是无化石未来的全球目标的一部分。第四次工业革命“工业4.0”一词的提出提供了一种解决方案。工业4.0试图将真实空间与虚拟空间结合起来,以实现最大的效率和自主权。本文旨在以丹麦一家大型商业温室种植者为例,研究工业生产过程中的能源效率潜力。本研究使用离散事件模拟软件Arena进行温室生产的模拟。该模拟得出的年度总耗电量为1,970.83 MWh。本文发现,如果不响应小时电价信号,在温室生产过程中没有很大的能源利用潜力,结果表明从到达和切割站到运输的瓶颈。

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