eTelligence E-Energy-Project in the model region Cuxhaven

Motivation

The goal of eTelligence is the creation of a sustainable energy system, which optimizes the supply situation through a combination of information and communication technologies with the existing structures of the energy industry. eTelligence has both environmental as well as security and efficiency objectives. The functioning and the effectiveness of the approach will be demonstrated in the model region Cuxhaven that offers a suitable network topology and a large number of distributed generators and large consumers. There will be a regional marketplace, new tariffs, incentive programs and control systems and standardized business processes and architectures for the automation level. The transferability of the model solutions from the Cuxhaven region to other regions and the scalability up to the scale of federal level is another project goal. The tasks of OFFIS are focused primarily on the topics of integration and transaction.

Integration:
For the automation of decentralized energy producers OFFIS will apply and extend the international standard IEC 61850. To reduce the engineering and development effort and the necessary technical know-how a reference architecture is implementated in addition to the automated generation of standard interfaces. Security aspects build a horizontal layer in the architecture, with a high importance in the communication connection of distributed generators and consumers. For the integration of private producers and consumers OFFIS will develop and offer energy consulting, test it in the field experiment and verify their effects on a reduction of energy consumption.

Transaction:
The current energy market offers no possibility for the eTelligence targeted actors, to actively provide energy directly to consumers. It is therefore necessary to develop business processes enabling market participation. The eTelligence business processes are based on international standards, notably IEC 61970/61968 with the aim of higly automateded transactions. OFFIS' goal is to extend the standards for eTelligence in the processes and to achieve a high degree of automation in the generation of interfaces. Only by coupling the business and technical level a full automation is possible.

The IT standards used and developed within eTelligence are integrated in a reference architecture by OFFIS.

Persons
Publications
Submeter based Training of Multi-class Support Vector Machines for Appliance Recognition in Home Electricity Consumption Data

Mittelsdorf, Marco and Hüwel, Andreas, Klingenberg, Thole and Sonnenschein, Michael; 005 / 2013

Betrachtung internationaler Standards im Rahmen der Referenzarchitektur

Uslar, Mathias and Specht, Michael and Bleiker, Robert; IT-Architekturentwicklung im Smart Grid - Perspektiven für eine sichere markt- und standardbasierte Integration erneuerbarer Energie; 006 / 2012

Energieberatung in Haushalten auf Basis des Smartmetering

Raabe, Thorsten and Sonnenschein, Michael and Beenken, Petra and Hüwel, Andreas and Meinecke, Christopher; Ökologisches Wirtschaften; 002 / 2012

Grundlagen der Referenzarchitekturentwicklung

Trefke, Jörn; IT-Architekturentwicklung im Smart Grid - Perspektiven für eine sichere markt- und standardbasierte Integration erneuerbarer Energie; 006 / 2012

Informationssichere Architekturrealisierung

Rosinger, Christine and Beenken, Petra; IT-Architekturentwicklung im Smart Grid - Perspektiven für eine sichere markt- und standardbasierte Integration erneuerbarer Energie; 006 / 2012

Informationssicherheit im Smart Grid

Rosinger, Christine; IT-Architekturentwicklung im Smart Grid - Perspektiven für eine sichere markt- und standardbasierte Integration erneuerbarer Energie; 006 / 2012

Integratives Smart Market Konzept zur Systemintegration dezentraler Erzeuger und als Handelsplattform für Netzbetreiber

Schmedes, Tanja and Stadler, Michael and Klose, Thomas and Hollinger, Raphael and Rüttinger, Hannes and Koch, Matthias and Rosinger, Christine; 11 / 2012

Leitfaden zur Umsetzung der Referenzarchitektur

Trefke, Jörn; IT-Architekturentwicklung im Smart Grid - Perspektiven für eine sichere markt- und standardbasierte Integration erneuerbarer Energie; 006 / 2012

On Ensemble Classifiers for Nonintrusive Appliance Load Monitoring

Kramer, Oliver and Wilken, Olaf and Beenken, Petra and Hein, Andreas and Hüwel, Andreas and Klingenberg, Thole and Meinecke, Christoph and Raabe, Thorsten and Sonnenschein, Michael; 003 / 2012

Realisierung einer Smart Grid-Architektur

Rohr, Matthias and Specht, Michael and Stadler, Michael and Gründler, Michael and Luhmann, Till and Wolf, Konrad and Marwede, Nina and Wisch, Johannes and Vogel, Nils; IT-Architekturentwicklung im Smart Grid - Perspektiven für eine sichere markt- und standardbasierte Integration erneuerbarer Energie; 006 / 2012

Smart Grid-IT-Architekturen: Stand und Ausblick

Beenken, Petra and Uslar, Mathias; IT-Architekturentwicklung im Smart Grid - Perspektiven für eine sichere markt- und standardbasierte Integration erneuerbarer Energie; 006 / 2012

A regional electricity market approach in view of related Smart Grid initiatives

Beer, Sebastian and Bischofs, Ludger and González, José and Trefke, Jörn; Power and Energy Society General Meeting, 2011 IEEE; 10 / 2011

Towards a Reference Architecture for Regional Electricity Markets

Beer, Sebastian and Rüttinger, Hannes and Bischofs, Ludger and Appelrath, H.-Jürgen; it - Information Technology; 003 / 2010

Das Leuchtturmprojekt eTelligence - Informations- und Kommunikationstechnik spielen eine zentrale Rolle

Bauknecht, Dierk and Bischofs, Ludger and Erge, Thomas and Klose, Thomas and Krause, Wolfram and Rüttinger, Hannes and Stadler, Michael; Energy 2.0; 007 / 2009

Die eTelligence-Referenzarchitektur - Eine standardbasierte Architektur für regionale Strommärkte

Beer, Sebastian and Bischofs, Ludger and Pries, Christine and Uslar, Mathias and Nieße, Astrid and Appelrath, H.-Jürgen and Rohr, Matthias and Stadler, Michael; Internationaler ETG-Kongress 2009; 10 / 2009

Partners
EWE AG
www.ewe.de
energy & meteo systems GmbH
energymeteo.de

Duration

Start: 31.10.2008
End: 27.12.2012

Website of project