Forschung
Entwicklung
Projektleitung
Klimawandelanpassung
Klimaschutz
Soziale Gerechtigkeit
Gesundheit und Wohlbefinden
Förderstelle
Österreichische Forschungsförderungsgesellschaft, International Energy Agency EBC
Förderbetrag
330.000€
Konsortium
Institute of Building Research & Innovation
e7 energy innovation & engineering
Fraunhofer Institut
Hunan University
University of Liege, Department of Architecture, Geology, Environment and Constructions
EURAC Research
Université de La Rochelle, Laboratoire des Sciences de l’Ingénieur pour l’Environnement
KU Leuven
Politecnico di Torino
GEBZE Technical University
Norwegian University of Science and Technology
University o Gävle
Aalborg University, Department of the Built Environment
Effin'Art
Technical University of Denmark, Indoor Environment, Department of Civil Engineering
Brunel University of London, Department of Mechanical and Aerospace Engineering
Federal University of Santa Catarina
National University of Singapore
Lawrence Berkley National Labratory
Queensland University of Technology
Technical University of Denmark
Université de Sherbrooke, Department of Civil and Building Engineering
University of Lincoln, Lincoln School of Architecture and the Built Environment
Concordia University
International Network for Information on Ventilation and Energy Performance (INIVE)/ (venticool)
Aarlborg University
Hunan University
ENEA - Energy Technologies and Renewable Sources Department
Kurze Zusammenfassung
Annex 80 Resilient Cooling of Buildings was started against the background of a worldwide rapidly growing need for cooling. It aimed to develop, evaluate, and communicate solutions for resilient cooling and overheating protection of buildings during heat waves and power outages.
Ziele
The main objective of Annex 80 (original title: IEA EBC Annex 80 Resilient Cooling of Buildings) is to support a rapid transition to an environment where resilient low energy and low carbon cooling systems are the mainstream and preferred solutions for cooling and overheating issues in buildings. The term "resilient cooling of buildings" refers to energy efficient, low emission, and financially affordable cooling concepts that increase resilience and prevent thermal and other climate change impacts at global and local level.
Annex 80 covers the spectrum of the following four technology groups:
Reducing heat gains to the indoor environment and people environments
Removing sensible heat from the indoor environment
Increasing personal comfort apart from space cooling
Removing latent heat from indoor environment
Methodik
Methodologically, the research activity is organised into four subtasks and further five over-arching task groups.
Systematic evaluation of existing cooling technologies, their potential, limitations, and qualities of resilience.
Development and improvement of cooling technologies in terms of robustness, efficiency, CO₂ neutrality and affordability.
Evaluate the real-world performance of cooling technologies to identify performance gaps and develop solutions to systematically overcome them.
Identification and communication of regulatory measures that can support the broad application of resilient cooling technologies.
The results of Annex 80 are documented in seven deliverables in numerous scientific publications and are freely available.
Kollage von Kühltechnologien
© Institute of Building Research and Innovation
Ergebnisse
Folgende Ergebnisse wurden veröffentlicht:
Richtlinien für das Design resilienter Kühlung, veröffentlicht in Zusammenarbeit mit REHVA
Gruppenfoto aufgenommen bei der 8. Expertenbesprechung in Wien
© IBRI
Berichte