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modelling an electricity infrastructure as a multi-agent system –– lessons learnt from manufacturing control

 
Titel
Modelling an Electricity Infrastructure as a Multi-Agent System –– Lessons Learnt from Manufacturing Control
Type
overige publicaties
Referentie

Van Dam, K. H., M. Houwing, Z. Lukszo and I. Bouwmans (2006): Modelling an Electricity Infrastructure as a Multi-Agent System – Lessons Learnt from Manufacturing Control. In: Proceedings of the 16th European Symposium on Computer Aided Process Engineering + 9th International Symposium on Process Systems Engineering Conference, 9-14 July 2006, Garmisch-Partenkirchen Germany.

Auteurs
Ivo Bouwmans
 
Koen van Dam
 
Michiel Houwing
 
Zofia Lukszo
Beschrijving

To model the control of an electricity infrastructure incorporating domestic level combined heat and power units (micro-CHP) a Multi-Agent System (MAS) approach is considered. This approach has already successfully been used to control manufacturing systems in the process industry. Because similarities between manufacturing and electricity generation exist it is interesting to investigate how a MAS methodology designed for manufacturing systems is applied to an electricity infrastructure.

The interaction between energy companies and households is viewed here in a novel way, namely as a production process. By using an existing methodology for manufacturing control to design an agent-based controller for an electricity infrastructure, issues can be identified that have to be addressed in a control methodology specific for infrastructures.

For a copy of this paper, please contact Koen van Dam

Projecten
Social benefits of broadband networks – an economic perspective
 
System integration of distributed energy resources: the case of micro-CHP

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