A wide view of an industrial facility with multiple chimneys and a wind turbine at sunset.

KoopWärme

11.2024 – 10.2027

 

Cooperative Heat Transition with Multi-Level Optimization Considering Consumer and Supplier Synergies – Case Study of Schweinfurt

[Translate to Englisch:] Das Bild für KoopWärme zeigt einen simulierten Wärmebedarf in Schweinfurt innerhalb der verschiedenen Stadtteile, welchen das Team für deren Datenanalyse ausgewertet hat. 



Objective
The aim of the project is to develop an innovative multi-level optimization model that incorporates the diverse perspectives and economic interests of all stakeholders. The optimization approach is designed to develop various investment strategies for both energy suppliers and consumers, while also aligning electricity tariffs accordingly.

Project content 
Achieving a cost-efficient and widely accepted heat transition requires careful planning of where and how renewable heat sources are integrated into existing infrastructure. The effectiveness of this transformation depends on many local factors -such as building age, ownership structure, and socio-economic diversity.
The KOOP-WÄRME project focuses on aligning the preferences of homeowners with those of energy providers. It aims to optimally guide investments and ensure a fair economic balance between all stakeholders. In the case study of Schweinfurt, optimal locations for renewable heat sources will be identified, and efficient heating supply systems will be planned. The newly developed open-source modelling tool will allow city utilities to conduct scenario-based planning and further analysis to support the heat transition.

[Translate to Englisch:] Die Grafik zeigt ein komplexes Energiesystem: Links sind technische Sektoren (z. B. Strom, Gas, Wärme) mit Technologien wie Solaranlagen, Wärmepumpen und Netzinfrastruktur visualisiert. Rechts werden Marktbeziehungen zwischen Akteuren wie Prosumern, Versorgern, Netzbetreibern und Handelsplattformen dargestellt. Dargestellt sind Energieflüsse, Vertragsbeziehungen und Komponentenzugehörigkeiten. Eine Legende unten erklärt die Symbolik der Akteure, Komponenten und Beziehungen.