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The CPS and LCA Modelling: An Integrated Approach in the Environmental Sustainability Perspective

机译:CPS和LCA建模:从环境可持续性角度看的集成方法

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The present paper clarifies the methodological framework to implement the integration of Cyber Physical Systems (CPS) in the perspective of environmental sustainability. Firstly, authors identify main methodological, software and hardware pre-requisites enabling the use of CPS systems in accordance with the literature and environmental standards. Then, the paper focuses on the main barriers in the case the information is distributed along a flexible supply chain and identifies a methodology to coordinate environmental information from ubiquitous sources by the use of modularization. This methodology is applied in the field of energy management for the steel sector for different production lines. In particular, it is highlighted as the consumption tracking may be linked to the realtime management of suppliers and processing cycles in order to pursue strategies for environmental impact minimization. Results emphasized as the development of the CPS systems that are designed for sustainability can produce relevant results for the effective restrain of industrial environmental impacts.
机译:本文从环境可持续性的角度阐明了实现网络物理系统(CPS)集成的方法框架。首先,作者确定了能够根据文献和环境标准使用CPS系统的主要方法,软件和硬件先决条件。然后,本文着重讨论了信息沿着灵活的供应链分布的主要障碍,并确定了一种通过模块化来协调来自无处不在的环境信息的方法。该方法论适用于不同生产线的钢铁行业能源管理领域。尤其要强调的是,消费跟踪可能与供应商的实时管理和处理周期相关联,以便追求将环境影响最小化的策略。强调的结果是,为可持续性而设计的CPS系统的开发可以产生有效抑制工业环境影响的相关结果。

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