The first generation of prototypes for citizen energy communities is completed. While these pilot projects of decentralized energy communities receive much attention in research, their concepts have yet to be implemented on a large scale. We find that potential participants of citizen energy communities lack information and the means to propose and implement joint infrastructure projects like shared electrical storage investment. Furthermore, in current pilots, the main focus is often directed towards electricity generation and consumption. However, for a successful energy transition, the three energy sectors of electricity, heat and mobility need to be considered. In this paper, we introduce a platform-based decision support information system that enables residential consumers and prosumers to create citizen energy communities. We determine the information that is needed to configure a local energy infrastructure and conceptualize a coordination mechanism that merges diverging preferences of participants. We demonstrate the application of the proposed framework on empirical data from the Landau Microgrid Project to provide a proof of concept. The developed platform facilitates the transition of citizen energy communities from a niche phenomenon to a large-scale concept and is therefore an implementable solution from the information system domain towards the mitigation of climate change.
Golla, Armin; Henni, Sarah; and Staudt, Philipp, "Scaling the Concept of Citizen Energy Communities through a Platform-Based Decision Support System" (2020). In Proceedings of the 28th European Conference on Information Systems (ECIS), An Online AIS Conference, June 15-17, 2020.
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