The architects and the residents are in charge of the indoor temperature
(2013) Passivhus Norden 2013 p.536-548- Abstract
- Reduced energy consumption is an important strategy for climate change mitigation. Buildings, worldwide, accounts for 40 % of the primary energy use and 24 % of greenhouse gas emissions.
There are studies and publications indicating that problems with high indoor temperature during summer are increasing in residential buildings designed as passive houses and low-energy buildings.
The objective of this study is to investigate and quantify the effect of different measures that may reduce the risk of high indoor temperature for dwellings in summer. The result may serve as guidelines for architects and consultants in early design stages.
This study examined the effect of different measures that may be applied to... (More) - Reduced energy consumption is an important strategy for climate change mitigation. Buildings, worldwide, accounts for 40 % of the primary energy use and 24 % of greenhouse gas emissions.
There are studies and publications indicating that problems with high indoor temperature during summer are increasing in residential buildings designed as passive houses and low-energy buildings.
The objective of this study is to investigate and quantify the effect of different measures that may reduce the risk of high indoor temperature for dwellings in summer. The result may serve as guidelines for architects and consultants in early design stages.
This study examined the effect of different measures that may be applied to reduce the indoor temperature in dwellings in summer by simulations using IDA ICE 4.5. Hence, the results should only be used for residential buildings.
The simulations show that for residential buildings the duration of high indoor temperature increases when taking the step from the standard concept to the low-energy concept, regardless of investigated option. However the increase in duration is low compared to decreases of high indoor temperature, possible to reach by different airing strategies or different measures to reduce the
solar insolation.
Airing must be presumed in order to achieve and maintain a high thermal comfort during summer without mechanical cooling. High indoor temperatures cannot be solved with only shading and window sizes. Therefore; Always create possibilities for airing, which requires operable windows, doors or airing panels. Mechanical automated control may be a suitable feature in order to reduce
the effort required from the residents. Secondly; consider large external horizontal solar shading. Note that the required size of a horizontal shading in relation to window height usually is higher on facades facing east and west. (Less)
Please use this url to cite or link to this publication:
https://lup.lub.lu.se/record/7e2fbec2-4b0b-427e-9853-9c53ce09ae79
- author
- Berggren, Björn LU ; Wall, Maria LU ; Flodberg, Kajsa LU ; Janson, Ulla LU ; Karlsson, Emma ; Blomsterberg, Åke LU and Dellson, Ola
- organization
- publishing date
- 2013-10-15
- type
- Contribution to conference
- publication status
- published
- subject
- pages
- 13 pages
- conference name
- Passivhus Norden 2013
- conference dates
- 2013-10-15
- language
- English
- LU publication?
- yes
- id
- 7e2fbec2-4b0b-427e-9853-9c53ce09ae79
- alternative location
- http://www.laganbygg.se/UserFiles/Presentations/50._Session_14_B.Berggren.pdf
- date added to LUP
- 2022-01-20 14:37:19
- date last changed
- 2022-01-21 12:31:49
@misc{7e2fbec2-4b0b-427e-9853-9c53ce09ae79,
abstract = {{Reduced energy consumption is an important strategy for climate change mitigation. Buildings, worldwide, accounts for 40 % of the primary energy use and 24 % of greenhouse gas emissions.<br/><br/>There are studies and publications indicating that problems with high indoor temperature during summer are increasing in residential buildings designed as passive houses and low-energy buildings.<br/><br/>The objective of this study is to investigate and quantify the effect of different measures that may reduce the risk of high indoor temperature for dwellings in summer. The result may serve as guidelines for architects and consultants in early design stages.<br/><br/>This study examined the effect of different measures that may be applied to reduce the indoor temperature in dwellings in summer by simulations using IDA ICE 4.5. Hence, the results should only be used for residential buildings.<br/><br/>The simulations show that for residential buildings the duration of high indoor temperature increases when taking the step from the standard concept to the low-energy concept, regardless of investigated option. However the increase in duration is low compared to decreases of high indoor temperature, possible to reach by different airing strategies or different measures to reduce the<br/>solar insolation.<br/><br/>Airing must be presumed in order to achieve and maintain a high thermal comfort during summer without mechanical cooling. High indoor temperatures cannot be solved with only shading and window sizes. Therefore; Always create possibilities for airing, which requires operable windows, doors or airing panels. Mechanical automated control may be a suitable feature in order to reduce<br/>the effort required from the residents. Secondly; consider large external horizontal solar shading. Note that the required size of a horizontal shading in relation to window height usually is higher on facades facing east and west.}},
author = {{Berggren, Björn and Wall, Maria and Flodberg, Kajsa and Janson, Ulla and Karlsson, Emma and Blomsterberg, Åke and Dellson, Ola}},
language = {{eng}},
month = {{10}},
pages = {{536--548}},
title = {{The architects and the residents are in charge of the indoor temperature}},
url = {{http://www.laganbygg.se/UserFiles/Presentations/50._Session_14_B.Berggren.pdf}},
year = {{2013}},
}