Smart Grids Michael Kriechbaum Gerhard Schmidt Josef Schöggl Lars van Doremalen
Elements and Architecture Bidirectional data communication through „ Smart Meters “ – replacing of old electric meters Central Administration required Evaluates all data to avoid energy thefts and to distribute electricity in an efficient way Support smaller renewable energy like solar planels or windpower
Benefits avoid energy thefts distribute electricity in an efficient way Households can save Energy Only one new meter is needed
The Structure (Source: Caltech, )
Implementing Smart Grids Driving Factors Competition Security and quality of supply Global targets on environmental protection
Implementing Smart Grids Enabling Technologies most important basis for a comprehensive implementation: Information and communication technologies Sensing and measurement technologies Advanced components Advanced control methods Improved interfaces and decision support
Case Study: Great Walser Valley 1. Reserves are available (Source: BMVIT 2010)
Case Study: Great Walser Valley 2. No measures will cause undue transgression of the maximal eletrical potential (Source: BMVIT 2010)
Case Study: Great Walser Valley 3. Solution with a permantent demand management (Source: BMVIT 2010)
Future of Smart grids HDVC Powerlines Smart meters Smart Grid 2.0
Visions US-Strategies (Source: DOE 2010)
Visions EU-Strategies (Source: European Union 2006)
Conclusion Information and communication technologies of great importance competition, societal changes and demand for security and quality of supply are the most important driving factors High implementation speed in China -> possible forerunners
References Bmvit (2010). Intelligente Energiesysteme der Zukunft, Smart Grids Pioniere in Österreich, Wien 2010 Caltech Workshop, 2010: “Smart Grids” ( ) European Union. (2006). European SmartGrids Technology Platform: Vision and Strategy for Europe’s Electricity Networks of the Future. Luxembourg: Office for Official Publications of the European Communities. U.S.A. - Department of Energy. (2008). the Smartgrid: An introduction. Washington D.C.
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