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Future Energy Efficient Buildings & Districts (FEEB&D)

The SCCER Future Energy Efficient Buildings & Districts (FEEB&D) develops new materials, components, systems and concepts which will enable the reduction of the energy demand of the Swiss building stock by a factor of five during the next decades.

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Fakten

Projektart

Forschung

Beteiligte interne Organisationen

ZIG Zentrum für Integrale Gebäudetechnik

Finanzierung

KTI-HSLU als Nicht-Hauptgesuchsteller/in

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Beteiligte Personen intern

Projektleiter/in

Matthias Sulzer

Projektmitarbeiter/in

Walter Amrein
Aliaksei Andrushevich
Stefan Baumann
Christoph Dahinden
Emanuele Facchinetti
Beat Fankhauser
Frank Gubser
Diego Hangartner
Sebastian Hoffmann
Patrick Huber Mittler
Dominic Jurt
Joachim Ködel
Philipp Kräuchi
Rainer Kyburz
Urs-Peter Menti
Thomas Schluck
Axel Seerig
Joseph Sfeir
Tobias Sommer
Robert Spörri
Christoph Stettler
Sabine Sulzer
Nadège Vetterli
Andrii Zakovorotnyi
Benno Züger
Gerhard Zweifel

Publikationen

Artikel, Rezension; peer reviewed (1)
- Birrer, Edith; Picard, Cyril; Huber Mittler, Patrick; Bolliger, Daniel & Klapproth, Alexander (2017). Demand response optimized heat pump control for service sector Buildings: A Modular Framework for Simulation and Building Operation. Computer Science Research and Developement, Vol 32(Issue 1-2), 25-34. doi: 10.1007/s00450-016-0320-9
Buchkapitel/Gesetzeskommentar/Lexikonartikel (5)
- Kräuchi, Philipp & Kolb, Matthias (2016). Modellbildung für thermische Arealvernetzung mit IDA-ICE. Proceedings of Central European Symposium on Building Physics CESBP 2016 / BauSIM (S. 819-826). Stuttgart: Fraunhofer IRB Verlag.
- Schluck, Thomas; Kräuchi, Philipp; Scartezzini, Jean-Louis & Sulzer, Matthias (2015). Non-linear thermal networks: How can a meshed network improve energy efficiency? In EPFL (Hrsg.), Proceedings of international Conference CISBAT 2015 Future Buildings and Districts (S. 779-784). Lausanne: Ecole Polytechnique Fédérale de Lausanne (EPFL).
- Kräuchi, Philipp; Schluck, Thomas & Sulzer, Matthias (2015). Modelling of low temperature heating networks with IDA-ICE. In Jean-Louis Scartezzini (Hrsg.), Proceedings of CISBAT 2015 Future Buildings & Districts Sustainability from Nano to Urban Scale (S. 827-832). Lausanne: Ecole Polytechnique Fédérale de Lausanne (EPFL).
- Birrer, Edith; Bolliger, Daniel; Kyburz, Rainer; Klapproth, Alexander & Summermatter, Samuel (2015). Load Shift Potential Analysis Using Various Demand Response Tariff Models on Swiss Service Sector Buildings. In Paolo Bertoldi, Andrea De Luca (Hrsg.), Proceedings of the 8th International Conference on Energy Efficiency in Domestic Appliances and Lighting (S. 1388-1402). Italy: Joint Research Centre, European Union.
- Kräuchi, Philipp; Kolb, Matthias; Gautschi, Thomas; Menti, Urs-Peter & Sulzer, Matthias (2014). Modellbildung für thermische Arealvernetzung mit IDA-ICE. Proceedings of BauSIM 2014: 5th German-Austrian Conference of IBPSA (S. 160-165). Aachen: 2014 International Building Performance Simulation Association.
Präsentation (Tagungsbeitrag/Referat/Vortrag) (2)
- Sulzer, Sabine; Facchinetti, Emanuele & Schluck, Thomas (14.10.2016). Energy- and Business Modell Concept for Uettligen / Wohlen (BE). Final Meeting SCCER FEEB&D, Dübendorf.
- Kräuchi, Philipp; Schluck, Thomas & Sulzer, Matthias (17.06.2015). Modelling of low temperature heating networks with IDA-ICE. Solar District Heating Conference 2015, Toulouse, France.

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Future Energy Efficient Buildings & Districts (FEEB&D)

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Beteiligte Personen intern

Publikationen

Artikel, Rezension; peer reviewed (1)

Buchkapitel/Gesetzeskommentar/Lexikonartikel (5)

Präsentation (Tagungsbeitrag/Referat/Vortrag) (2)