Add to ORKGRequirements for improved energy performance have shifted major focus on energy calculations in the design process. Experience from a Danish research project on low energy homes built today, shows that more attention has to be paid on indoor climate and specially temperature control issues to ensure comfortable living conditions in future houses
It is widely observed that there is a difference between the actual energy consumption of domestic b...
<p>The discrepancy between calculated heat demand and measured heat consumption – the performance ga...
Architecture and Energy. Towards a broader focus. By Michael Lauring and Rob Marsh In typical new D...
The largest project so far in Denmark testing the performance of passive houses was the "Komforthuse...
In 2005 the Danish Building regulations introduced two low energy classes for buildings in addition ...
Research indicates that low-energy dwellings are more sensitive to overheating than regular dwelling...
Energy savings in the residential area are essential in order to achieve the overall goal for energy...
Udgivelsesdato: Januar 2010 This paper examines the historical background, current context and futur...
Building physics is a well-established field of knowledge. Still, that is yet to be consistently tra...
This master thesis investigates the Norwegian standard for calculating necessary power demand, NS-EN...
SUMMARY: In order to meet new energy requirements introduced in Denmark in 2005 and prepare the way ...
This paper focuses on the indoor climate in new Danish low-energy houses and discusses the issue of ...
Climate change means that buildings must greatly reduce their energy consumption. It is however para...
Recently, overheating in British housing has received increased attention due to climate change and ...
Climate changes have progressively produced an increase of outdoors temperature resulting in tangibl...
It is widely observed that there is a difference between the actual energy consumption of domestic b...
<p>The discrepancy between calculated heat demand and measured heat consumption – the performance ga...
Architecture and Energy. Towards a broader focus. By Michael Lauring and Rob Marsh In typical new D...
The largest project so far in Denmark testing the performance of passive houses was the "Komforthuse...
In 2005 the Danish Building regulations introduced two low energy classes for buildings in addition ...
Research indicates that low-energy dwellings are more sensitive to overheating than regular dwelling...
Energy savings in the residential area are essential in order to achieve the overall goal for energy...
Udgivelsesdato: Januar 2010 This paper examines the historical background, current context and futur...
Building physics is a well-established field of knowledge. Still, that is yet to be consistently tra...
This master thesis investigates the Norwegian standard for calculating necessary power demand, NS-EN...
SUMMARY: In order to meet new energy requirements introduced in Denmark in 2005 and prepare the way ...
This paper focuses on the indoor climate in new Danish low-energy houses and discusses the issue of ...
Climate change means that buildings must greatly reduce their energy consumption. It is however para...
Recently, overheating in British housing has received increased attention due to climate change and ...
Climate changes have progressively produced an increase of outdoors temperature resulting in tangibl...
It is widely observed that there is a difference between the actual energy consumption of domestic b...
<p>The discrepancy between calculated heat demand and measured heat consumption – the performance ga...
Architecture and Energy. Towards a broader focus. By Michael Lauring and Rob Marsh In typical new D...