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Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude Boudreau, University of Georgia, USA Siyuan Li, University of Georgia, USA Zhenxiang Zeng, Hebei University of Technology, China

Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

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Page 1: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Business Model Generation and Energy Informatics

Richard T. Watson, University of Georgia, USATyler Williamson, University of Georgia, USA

Marie-Claude Boudreau, University of Georgia, USASiyuan Li, University of Georgia, USA

Zhenxiang Zeng, Hebei University of Technology, China

Page 2: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Business Model Generation

• A technique to capture the essential features of an organization’s business

• Results in a clear picture of how an organization creates, delivers, and captures value

Page 3: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Business Model Generation Canvas

Page 4: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Energy Informatics

• Energy + Information < Energy• Concerned with analyzing, designing, and

implementing systems to increase the efficiency of energy demand and supply systems

• Requires collection and analysis of energy data sets to support optimization

Page 5: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Our goal is to add a layer to the Business Model Generation Canvas

to stimulate Energy Informatics thinking

Page 6: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Framework Architecture

Energy Informatics Layer

Business Model Generation Layer

Page 7: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Energy Informatics Canvas

Page 8: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Examples Canvas

Page 9: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Questions for Consideration

• Do we have good questions for each segment of the canvas?

• Should there be several canvases for different audiences?– External– Internal

• What are some good Energy Informatics examples to stimulate thinking?

• Is there a better way to link Business Model Generation and Energy Informatics?

Page 10: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Accessing Cacoo

• Go to: https://cacoo.com/• Click Sign In• If you are not a member click Sign Up for your

free account• Once signed in go to:

https://cacoo.com/diagrams/FiXCkuUu9dpl7Mn6• Click the Diagram Action drop-down• Click Copy• Click Edit and you will have access to modify

your own version of the diagrams displayed in this presentation

Page 11: Business Model Generation and Energy Informatics Richard T. Watson, University of Georgia, USA Tyler Williamson, University of Georgia, USA Marie-Claude

Sources

• Osterwalder, A., & Pigneur, Y. (2009). Business model generation. A handbook for visionaries, game changers, and challengers. Amsterdam: Modderman Drukwerk.

• Watson, R. T., Boudreau, M.-C., & Chen, A. J. W. (2010). Information Systems and environmentally sustainable development: Energy Informatics and new directions for the IS community. MIS Quarterly, 34(1), 23-38.