DocumentCode
735524
Title
Demonstration of the smart energy neighbourhood management system in the VIMSEN project
Author
van der Burgt, Jos ; Sauba, Ganesh ; Varvarigos, Emmanouel ; Makris, Prodromos
Author_Institution
New Energy Technol., DNV GL - Energy, Arnhem, Netherlands
fYear
2015
fDate
June 29 2015-July 2 2015
Firstpage
1
Lastpage
6
Abstract
The VIMSEN project, part of the European R&D 7th Framework Programme, started in February 2014. The VIMSEN project aims to develop, implement and demonstrate a new energy management operation and business model using the concept of virtual micrigrids, able to increase the market participation of prosumers at neighbourhood level. The new control system (VIrtual Microgrids for Smart Energy Networks - VIMSEN) will be developed to manage and control distributed energy resources, stationary storage devices, electric vehicles charging infrastructure, building appliances, etc. The VIMSEN concept enables the large-scale integration of distributed energy resources by utilizing aggregated demand response to the maximum. Two demonstration sites are committed with VIMSEN: Sedini, on the island of Sardinia, Italy, and Athens, Greece. The results and conclusions coming from the demonstration activities will provide the basis for the elaboration of recommendations for future virtual microgrids for smart energy networks. This paper presents the VIMSEN architecture and the use cases.
Keywords
demand side management; distributed power generation; energy management systems; smart power grids; Athens; Greece; Italy; Sardinia; VIMSEN project; aggregated demand response; business model; distributed energy resources; electric vehicles charging infrastructure; energy management operation; smart energy neighbourhood management system; smart energy networks; stationary storage devices; virtual microgrids for smart energy networks; Decision support systems; Electricity supply industry; Energy resources; Load management; Microgrids; Production; Real-time systems; Active demand control; Distributed power generation; Microgrids; Smart grids;
fLanguage
English
Publisher
ieee
Conference_Titel
PowerTech, 2015 IEEE Eindhoven
Conference_Location
Eindhoven
Type
conf
DOI
10.1109/PTC.2015.7232235
Filename
7232235
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