Energieffektivisering av en tidig 1800-talsbyggnad
(2014)Programmes in Helesingborg
- Abstract
- There are many old buildings in Sweden today that in many aspects are worth saving for the future. Much focus is also on how to reduce the energy use in buildings.
This theoretical study tries to give an example on that it is possible to combine these two parameters without risking the physical wellbeing or the aesthetic value of the building. The house in this report is situated in Vä, a community located 8km southwest of Kristianstad. The building was probably built in the early nineteenth century and is a post-and-plank construction (skiftesverk). The outer walls are plastered with a thick lime plaster on a reef ring mat of reeds and chicken wire. The foundation is brick-built of natural stone and is unventilated. The roof has been... (More) - There are many old buildings in Sweden today that in many aspects are worth saving for the future. Much focus is also on how to reduce the energy use in buildings.
This theoretical study tries to give an example on that it is possible to combine these two parameters without risking the physical wellbeing or the aesthetic value of the building. The house in this report is situated in Vä, a community located 8km southwest of Kristianstad. The building was probably built in the early nineteenth century and is a post-and-plank construction (skiftesverk). The outer walls are plastered with a thick lime plaster on a reef ring mat of reeds and chicken wire. The foundation is brick-built of natural stone and is unventilated. The roof has been covered with tiles but has previously had a wood shingled roof that still exists under the roofing felt. The house is located along a medieval cobblestone street along the churchyard wall to the medieval church named “Mariakyrkan”. It is desirable not to change the building’s exterior why additional insulation must be done from the inside. The objective of this work is to successfully meet the requirements of energy consumption and the building’s average U-value Boverket place on modern buildings today 2014. The proposed actions are insulation of the ground under the slab, insulation of external walls and the attic. Suggestions are also given on how a vapour barrier can be installed and moisture problems that can occur are treated superficially. The result shows that it can be possible to get such an old building to meet the requirements set today (2014) without compromising its moisture balance or aesthetic values. Keywords: energy efficiency, thermal bridge, Unorm, Isover energi, additional insulation, old building, ventilation, vapour barrier, moisture. (Less)
Please use this url to cite or link to this publication:
http://lup.lub.lu.se/student-papers/record/4498757
- author
- Månsson, Andreas
- organization
- year
- 2014
- type
- M2 - Bachelor Degree
- subject
- keywords
- energieffektivisering, köldbrygga, unorm, isover energi, tilläggsisolering, gammal byggnad, skiftesverk, ventilation, diffusionsspärr, fukt, estetik
- language
- Swedish
- id
- 4498757
- date added to LUP
- 2014-06-23 03:43:15
- date last changed
- 2018-10-18 10:29:19
@misc{4498757,
abstract = {{There are many old buildings in Sweden today that in many aspects are worth saving for the future. Much focus is also on how to reduce the energy use in buildings.
This theoretical study tries to give an example on that it is possible to combine these two parameters without risking the physical wellbeing or the aesthetic value of the building. The house in this report is situated in Vä, a community located 8km southwest of Kristianstad. The building was probably built in the early nineteenth century and is a post-and-plank construction (skiftesverk). The outer walls are plastered with a thick lime plaster on a reef ring mat of reeds and chicken wire. The foundation is brick-built of natural stone and is unventilated. The roof has been covered with tiles but has previously had a wood shingled roof that still exists under the roofing felt. The house is located along a medieval cobblestone street along the churchyard wall to the medieval church named “Mariakyrkan”. It is desirable not to change the building’s exterior why additional insulation must be done from the inside. The objective of this work is to successfully meet the requirements of energy consumption and the building’s average U-value Boverket place on modern buildings today 2014. The proposed actions are insulation of the ground under the slab, insulation of external walls and the attic. Suggestions are also given on how a vapour barrier can be installed and moisture problems that can occur are treated superficially. The result shows that it can be possible to get such an old building to meet the requirements set today (2014) without compromising its moisture balance or aesthetic values. Keywords: energy efficiency, thermal bridge, Unorm, Isover energi, additional insulation, old building, ventilation, vapour barrier, moisture.}},
author = {{Månsson, Andreas}},
language = {{swe}},
note = {{Student Paper}},
title = {{Energieffektivisering av en tidig 1800-talsbyggnad}},
year = {{2014}},
}