Automation engineering of hybrid plants

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Artikelnummer
03654_2022_10_03
Systematic development of automation concepts based on Function Modules
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Hybrid plants as a hybrid form of monolithic and modular plant components will become increasingly important in the future, as purely modular plants do not bring the desired advantages for every use case. The automation of such plants is still missing. In this paper, an approach for conceptual modelling of automation systems of hybrid plants based on Function Modules is presented. The presented meta-model serves as a basis for the synthesis of a systematic workflow. As a result, an extended workflow for the design of automation solutions for hybrid plants is presented and aspects such as nesting and parameterization of Function Modules are discussed as well as a prototypical implementation is presented. The approach presented here supports the conceptual design of the automation of hybrid plants and guides the process and automation engineers by a systematic methodology.
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Autoren Artan Markaj, Alexander Fay, Mario Hoernicke, Katharina Stark, Nicolai Schoch,
Erscheinungsdatum 24.10.2022
Format PDF
Verlag Vulkan-Verlag GmbH
Sprache Deutsch
Seitenzahl 9
Titel Automation engineering of hybrid plants
Untertitel Systematic development of automation concepts based on Function Modules
Beschreibung
Hybrid plants as a hybrid form of monolithic and modular plant components will become increasingly important in the future, as purely modular plants do not bring the desired advantages for every use case. The automation of such plants is still missing. In this paper, an approach for conceptual modelling of automation systems of hybrid plants based on Function Modules is presented. The presented meta-model serves as a basis for the synthesis of a systematic workflow. As a result, an extended workflow for the design of automation solutions for hybrid plants is presented and aspects such as nesting and parameterization of Function Modules are discussed as well as a prototypical implementation is presented. The approach presented here supports the conceptual design of the automation of hybrid plants and guides the process and automation engineers by a systematic methodology.
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