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  2. Future Energy Efficient Buildings & Districts (FEEB&D) Future Energy Efficient Buildings & Districts (FEEB&D)

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.

Brief information

School:

Engineering and Architecture

Status:

Completed

Period:

01.01.2014 - 24.12.2016

Overview

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. FEEB&D is focusing on high performance insulation materials, integra- tion of renewable energies in buildings, efficient operation of buildings and their integration into local multi- energy grids. To complete the holistic approach, socio-economic issues related to the implementation of these new concepts in practice are addressed as well. To reach these ambitious goals, the major players from academia and industry have teamed up in FEEB&D. This coordinated effort will support the new Federal Energy Policy, strengthen the Swiss research scene and foster the competitiveness of Swiss industry.

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Facts

Type of project

Forschung

Internal organisations involved
  • Center for Integrated Building Technology
Funding
  • KTI-HSLU als Nicht-Hauptgesuchsteller/in
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Links

  • sccer feebd

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Persons involved: internal

Project manager
  • Matthias Sulzer
Member of project team
  • 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

Publications

  • Article, review; 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

  • Chapter/legal commentary/lexicon article (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.

  • Presentation (conference/report/lectures) (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.

Brief information

School:

Engineering and Architecture

Status:

Completed

Period:

01/01/2014 - 12/24/2016

Project Head

Prof. Matthias Sulzer

Lecturer

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