By Seog-Chan Oh, Alfred J. Hildreth
This publication introduces the problems and difficulties that come up whilst imposing shrewdpermanent power administration for sustainable production within the car production and the analytical instruments and functions to house them. It makes use of a few illustrative examples to give an explanation for power administration in car production, which contains such a lot forms of production know-how and diverse degrees of power intake.
It demonstrates how analytical instruments will help enhance strength administration strategies, together with forecasting, intake, and function research, rising new expertise identity in addition to funding judgements for developing shrewdpermanent strength intake practices.
It additionally info useful strength administration structures, making it a worthy source for pros thinking about genuine power administration strategies, and permitting readers to enforce the methods and purposes presented.
Read or Download Analytics for Smart Energy Management: Tools and Applications for Sustainable Manufacturing PDF
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Additional info for Analytics for Smart Energy Management: Tools and Applications for Sustainable Manufacturing
20 1 Introduction Fig. 16 Total cost of pneumatic and electric actuators for scenario-2 Fig. 17 Unit cost of pneumatic and electric actuators for scenario-3 Fig. 5 Outline of Chapters Summaries of the contents of the remaining 8 chapters are provided below. Chapter 2. 5 Outline of Chapters 21 envelopment analysis (DEA) model to measure the effectiveness of energy saving initiatives in terms of the technical improvement of energy efﬁciency for the automotive industry, particularly vehicle assembly plants.
5 Outline of Chapters 23 process is needed to meet the ﬁscal and environmental responsibility of businesses to remain sustainable and satisfy investors’ and customers’ demands. Management of energy and carbon to reduce environmental impact is important enough to be included in the company’s business plan, similar to safety, people, quality, and cost. Following a model similar to EPA Energy Star’s seven step approach, based on Plan, Do, Check, Act methodology (PDCA), energy management can be integrated into a company’s standard business plan.
Sullivan et al. (2010) discussed calculating the environmental burdens of the part manufacturing and vehicle assembly stage of the vehicle life cycle. Their approach is bottom-up, with a particular focus on energy consumption and CO2 emissions. They applied their models to both conventional and advanced vehicles, the latter of which include aluminum-intensive, hybrid electric, plug-in hybrid electric and all-electric vehicles. Oh and Hildreth (2014) proposed a novel decision model based on activity based costing (ABC) and stochastic programming that was developed to accurately evaluate the impact of load curtailments and to determine whether to accept an energy load curtailment offer in the smart grid.