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Energy Flexibility in Aerospace Manufacturing by yassine Zarrouk is a document available to read on EtoBox.

This paper investigates energy flexibility in aerospace manufacturing to reduce environmental impacts, particularly CO2e emissions. It utilizes a stochastic discrete-event simulation model to explore demand response strategies, demonstrating a potential 7% reduction in emissions through optimized scheduling of energy-intensive processes during periods of low carbon intensity. The findings suggest that operational decisions can significantly contribute to achieving net-zero targets without requiring major in

Author

yassine Zarrouk

Language

EN