Thermal comfort and ventilation criteria for low energy residential buildings in building codes

Guangyu Cao, J. Kurnitski, H. Awbi, T.S. Larsen, P. Heiselberg, R. Streblow, J. Zhang, A. Novoselac, M. Airaksinen

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

Abstract

Indoor environmental quality and energy performance of buildings are becoming more and more important in the design and construction of low energy, passive and zero energy buildings. At the same time, improved insulation and air tightness have the potential to resulting in a deterioration of the indoor air quality in such buildings. Currently, there are no global guidelines for specifying the indoor thermal environment in such low-energy buildings. The objective of this paper is to analyse the classification of indoor thermal comfort levels and recommended ventilation rates for different low energy buildings, and propose a set of indices that would enable better quantification and comparison among low energy buildings. In this study, the building codes and voluntary guidelines have been reviewed on the basis of experience of Finland, UK, Denmark, USA and Germany. The analysis in this paper will be based on the international standard ISO 7730 and EN 15251 in comparisons with other national building codes or standards.
Original languageEnglish
Title of host publicationHealthy Buildings 2012: 10th International Conference
PublisherInternational Society for Indoor Air Quality and Climate
Pages2244-2249
Volume3
ISBN (Print)978-162748075-8
Publication statusPublished - 2012
MoE publication typeA4 Article in a conference publication
Event10th International Conference on Healthy Buildings 2012 - Brisbane, Australia
Duration: 8 Jul 201212 Jul 2012

Conference

Conference10th International Conference on Healthy Buildings 2012
CountryAustralia
CityBrisbane
Period8/07/1212/07/12

Fingerprint

Thermal comfort
Ventilation
Air quality
Deterioration
Insulation
Air

Keywords

  • building code
  • low energy buildings
  • passive building
  • thermal comfort
  • ventilation

Cite this

Cao, G., Kurnitski, J., Awbi, H., Larsen, T. S., Heiselberg, P., Streblow, R., ... Airaksinen, M. (2012). Thermal comfort and ventilation criteria for low energy residential buildings in building codes. In Healthy Buildings 2012: 10th International Conference (Vol. 3, pp. 2244-2249). [8H.10] International Society for Indoor Air Quality and Climate.
Cao, Guangyu ; Kurnitski, J. ; Awbi, H. ; Larsen, T.S. ; Heiselberg, P. ; Streblow, R. ; Zhang, J. ; Novoselac, A. ; Airaksinen, M. / Thermal comfort and ventilation criteria for low energy residential buildings in building codes. Healthy Buildings 2012: 10th International Conference. Vol. 3 International Society for Indoor Air Quality and Climate, 2012. pp. 2244-2249
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abstract = "Indoor environmental quality and energy performance of buildings are becoming more and more important in the design and construction of low energy, passive and zero energy buildings. At the same time, improved insulation and air tightness have the potential to resulting in a deterioration of the indoor air quality in such buildings. Currently, there are no global guidelines for specifying the indoor thermal environment in such low-energy buildings. The objective of this paper is to analyse the classification of indoor thermal comfort levels and recommended ventilation rates for different low energy buildings, and propose a set of indices that would enable better quantification and comparison among low energy buildings. In this study, the building codes and voluntary guidelines have been reviewed on the basis of experience of Finland, UK, Denmark, USA and Germany. The analysis in this paper will be based on the international standard ISO 7730 and EN 15251 in comparisons with other national building codes or standards.",
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Cao, G, Kurnitski, J, Awbi, H, Larsen, TS, Heiselberg, P, Streblow, R, Zhang, J, Novoselac, A & Airaksinen, M 2012, Thermal comfort and ventilation criteria for low energy residential buildings in building codes. in Healthy Buildings 2012: 10th International Conference. vol. 3, 8H.10, International Society for Indoor Air Quality and Climate, pp. 2244-2249, 10th International Conference on Healthy Buildings 2012, Brisbane, Australia, 8/07/12.

Thermal comfort and ventilation criteria for low energy residential buildings in building codes. / Cao, Guangyu; Kurnitski, J.; Awbi, H.; Larsen, T.S.; Heiselberg, P.; Streblow, R.; Zhang, J.; Novoselac, A.; Airaksinen, M.

Healthy Buildings 2012: 10th International Conference. Vol. 3 International Society for Indoor Air Quality and Climate, 2012. p. 2244-2249 8H.10.

Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

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AB - Indoor environmental quality and energy performance of buildings are becoming more and more important in the design and construction of low energy, passive and zero energy buildings. At the same time, improved insulation and air tightness have the potential to resulting in a deterioration of the indoor air quality in such buildings. Currently, there are no global guidelines for specifying the indoor thermal environment in such low-energy buildings. The objective of this paper is to analyse the classification of indoor thermal comfort levels and recommended ventilation rates for different low energy buildings, and propose a set of indices that would enable better quantification and comparison among low energy buildings. In this study, the building codes and voluntary guidelines have been reviewed on the basis of experience of Finland, UK, Denmark, USA and Germany. The analysis in this paper will be based on the international standard ISO 7730 and EN 15251 in comparisons with other national building codes or standards.

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Cao G, Kurnitski J, Awbi H, Larsen TS, Heiselberg P, Streblow R et al. Thermal comfort and ventilation criteria for low energy residential buildings in building codes. In Healthy Buildings 2012: 10th International Conference. Vol. 3. International Society for Indoor Air Quality and Climate. 2012. p. 2244-2249. 8H.10