Description du projet :
This project aims to develop smart planning methods and control strategies for high-performance solar neighborhoods. The supply with heat, cold and electricity of such neighborhoods shall make optimal use of solar energy technologies, storage solutions, and the interconnection of the buildings via electrical and thermal grids. A special focus is on the winter heat supply, and the search for effi-cient alternatives to air/water and geothermal heat pump systems. Exploiting synergies and sector coupling at the neighborhood scale will allow to reduce the carbon-intensive winter electricity de-mand and to provide a high load and production flexibility towards the electricity grid.
The technical approach is the development of efficient computational models that allow a) to com-pare a large number of system variants in the design phase with regard to different objective func-tions (costs, emissions, grid flexibility) and b) to realize model-predictive control strategies on a neighborhood scale.
Equipe de recherche au sein de la HES-SO:
Duret Alexis
, Lasvaux Sébastien
, Pham Stéphanie
, Capezzali Massimiliano
, Fesefeldt Marten
, Jobard Xavier
, Clot Nathalie
, Goulouti Kyriaki
, Pauletta Stefano
, Frossard Mija
Partenaires académiques: SPF Institut für Solartechnik
Partenaires professionnels: ponzio solar SA
Durée du projet:
01.11.2021 - 30.11.2024
Montant global du projet: 142'300 CHF
Statut: Terminé
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