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Drei Prozent Plus - Implementation of the energy-efficient renovation roadmap for municipal districts <<

Akronym 3ProzentPlus
Funding Bundesministerium für Wirtschaft und Energie (BMWi)
Request for Proposal EnEff:Stadt
Supporting Organisation Projektträger Jülich (PTJ)
HFT project director Prof. Dr. Tobias Popović, Prof. Dr.-Ing. Volker Coors, Prof. Dr. Bastian Schröter
Project Staff M.Sc. Chris Kesnar
Project partners B&SU, Deutscher Verband für Wohnungswesen, Städtebau und Raumordnung e.V.
Duration 01.04.2019 - 31.12.2021
Project description HFT Stuttgart's part of the project): The objective of the proposed project is linked at various levels to the results of the previous project "3%": First, a crowd sourcing tool is to be developed to analyse the willingness of private owners to implement energy-relevant measures, which also enables the derivation of different refurbishment scenarios for individual buildings in the neighbourhood context. In addition, (de)central (heat/power) storage scenarios are to be developed on the data basis from the neighbourhood analyses of the previous project, a 3D city model and information from the crowd sourcing tool. The aim is to identify suitable locations for the integration of (de-)central thermal and electrical storage solutions in combination with a SmartGrid for electricity and heat supply. With the help of the BuildingScout tool developed at HFT Stuttgart, energy-related implementation variants for individual buildings and smaller groups of buildings are to be analysed and concrete implementation measures - e.g. for a condominium owners' community - are to be accompanied. Using data integration, a neighbourhood monitoring system is to be developed that enables a continuous target/actual comparison (e.g. with regard to the targeted increase in energy efficiency, CO2 reduction etc.) for the entire implementation process. To this end, a Sustainability Balanced Scorecard is to be developed, which analyses the various technological solutions in advance and during the implementation phase on the basis of key performance indicators with regard to their economic and sustainability-related performance. To improve the transfer of (technological) innovations to the economy and society, the development of business models (e.g. for sector coupling, neighbourhood solutions) and corresponding financing solutions are to be supported in a target group-oriented manner. Ideally, this process should contribute to the creation of innovative start-ups.
Keywords Energetic renovation of neighbourhoods, (de)central (heat/electricity) storage scenarios CrowdSourcing platform, profitability analyses, sustainability analyses, sustainable innovation, business models, living lab, sustainable finance