Energetic Neighborhood Oldenburg Fliegerhorst, WP Strategic Energy Planning

A decarbonized heat supply in urban areas in the future poses a particular challenge. The technical focus on the system coupling of electricity and heat production to increase the share of renewable energies in the heat supply alone will not be sufficient to bring about a rapid transformation of the energy system. In addition to technical flexibilities, socio-economic factors and governance structures are also required for transferability. With the help of a spatio-functional analysis, transformation strategies are developed for different target levels: 1.) dovetailing of the project area with the surrounding area, 2.) transfer to new development areas and post-densification areas, 3.) transfer to existing buildings.
people

Prof. Dr. Jürgen Knies (head)

Prof. Dr. Sascha Koch (head)

Sebastian Erdmann

Marvin Schnabel

Funding source

Bundesministerium für Bildung und Forschung


Books and Papers

Schnabel, M.; Elbeshausen, M.; Erdmann, S.; Koch, S. (2024): Participatory Processes in Geodata-Based Thermal Energy Planning. Innovations and challenges of the energy transition in smart city districts , doi: 10.1515/9783110777567

Presentations

Koch, S. : Geo Data Science für die Energiewende am Beispiel der Standortbewertung für Kleinwindenergieanlagen. INTERGEO 2023, Session "Einsatz von KI für nachhaltige Anwendungen", Berlin, Oktober 2023
Schnabel, M. : Geodatenanalyse zur Abschätzung der Wärmenetzeignung im Rahmen der kommunalen Wärmeplanung. 35. Oldenburger Rohrleitungsforum, März 2023