General framework for optimization of pipeless plant with integrated production scheduling and energy constraints
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Data2020-11-13
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Abstract
A pipeless batch processing production system uses mobile vessels to transfer the material between the processing stations. The plant performance depends on hardware of equipment and software of operation. The plant includes many design factors such as number of vessels, stations and AGVs, layout of stations, vessel moving rules, job scheduling. In this work, a general framework for optimization of pipeless plants with integrated production scheduling and energy constraints was proposed. Its goal is to define pipeless plant scheduling with energy management for demand response programmes. A methodology for the model is based on State Task Network and Mixed Integer Linear Programming problem formulation. The integrated problem formulation has been illustrated on one case study example drawn from the literature with different scenarios, considering electricity market integration, electrical energy storage integration as well as on – site renewable energy system integration.
TitulacióMÀSTER UNIVERSITARI EN ENGINYERIA DE L'ENERGIA (Pla 2013)
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master-thesis-e ... agement-hubert-bolesta.pdf | 1,212Mb | Accés restringit |