Performance of the Low-energy House in Sisimiut.
Publication: Research › Article in proceedings – Annual report year: 2009
Standard
Performance of the Low-energy House in Sisimiut.. / Rode, Carsten; Kragh, Jesper; Borchersen, Egil; Vladyková, Petra; Furbo, Simon; Dragsted, Janne.
In: COLD CLIMATE HVAC 2009. 2009.Publication: Research › Article in proceedings – Annual report year: 2009
Harvard
APA
CBE
MLA
Vancouver
Author
Bibtex
}
RIS
TY - GEN
T1 - Performance of the Low-energy House in Sisimiut.
A1 - Rode,Carsten
A1 - Kragh,Jesper
A1 - Borchersen,Egil
A1 - Vladyková,Petra
A1 - Furbo,Simon
A1 - Dragsted,Janne
AU - Rode,Carsten
AU - Kragh,Jesper
AU - Borchersen,Egil
AU - Vladyková,Petra
AU - Furbo,Simon
AU - Dragsted,Janne
PY - 2009
Y1 - 2009
N2 - A low-energy house was built in Sisimiut, Greenland in 2004-05 and since its inauguration in April 2005, its performance and operation have been object of study for researchers and students. The house is characterised by a highly insulated building envelope, advanced windows and a ventilation system with heat recovery, which should cut the energy consumption of the building to only half of what in 2006 became the permissible value in the Greenlandic building code. In addition to this, the house is equipped with a solar collector that supplies heat to the domestic hot water system and delivers auxiliary heat to a room in the building. The paper briefly introduces the design and technology of the house before reporting on the performance results until date. It has been a challenge in some aspects to introduce new technologies which have not been commonly used before in an Arctic environment, and the paper illustrates some of the experiences in this regard.
AB - A low-energy house was built in Sisimiut, Greenland in 2004-05 and since its inauguration in April 2005, its performance and operation have been object of study for researchers and students. The house is characterised by a highly insulated building envelope, advanced windows and a ventilation system with heat recovery, which should cut the energy consumption of the building to only half of what in 2006 became the permissible value in the Greenlandic building code. In addition to this, the house is equipped with a solar collector that supplies heat to the domestic hot water system and delivers auxiliary heat to a room in the building. The paper briefly introduces the design and technology of the house before reporting on the performance results until date. It has been a challenge in some aspects to introduce new technologies which have not been commonly used before in an Arctic environment, and the paper illustrates some of the experiences in this regard.
BT - COLD CLIMATE HVAC 2009
T2 - COLD CLIMATE HVAC 2009
ER -