Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Advanced Danish low-energy house, IEA task 13 project summary. IEA task 13 ''Advanced solar low-energy buildings''
The main purpose of the Danish program during the four years of work within IEA Task 13 is to design and build a ''zero-energy'' house. The Danish team has decided to study two different house designs, both super insulated rowhouse types, one for east-west running rows and one for north-south running rows. The second type was designed as a deliberate attempt to meet the challenge of an unfavorable building site, as a large number of building sites does not offer the possibility of building south facing rowhouses. However, the design and construction principles are easily transferable to other building types, eg detached single family houses or small apartment buildings. This paper shows for each house some of the results from computer simulations concerning energy statistics, a Sankey energy flow diagram and some drawings. The first 8 pages concern the house with facades facing north-south and then follows the house with the facades facing east-west. (au)
Advanced Danish low-energy house, IEA task 13 project summary. IEA task 13 ''Advanced solar low-energy buildings''
The main purpose of the Danish program during the four years of work within IEA Task 13 is to design and build a ''zero-energy'' house. The Danish team has decided to study two different house designs, both super insulated rowhouse types, one for east-west running rows and one for north-south running rows. The second type was designed as a deliberate attempt to meet the challenge of an unfavorable building site, as a large number of building sites does not offer the possibility of building south facing rowhouses. However, the design and construction principles are easily transferable to other building types, eg detached single family houses or small apartment buildings. This paper shows for each house some of the results from computer simulations concerning energy statistics, a Sankey energy flow diagram and some drawings. The first 8 pages concern the house with facades facing north-south and then follows the house with the facades facing east-west. (au)
Advanced Danish low-energy house, IEA task 13 project summary. IEA task 13 ''Advanced solar low-energy buildings''
K. Engelund Thomsen (Autor:in) / B. Saxhof (Autor:in)
1992
20 pages
Report
Keine Angabe
Englisch
Heating & Cooling Systems , Solar Energy , Energy Use, Supply, & Demand , Architectural Design & Environmental Engineering , Houses , Solar Architecture , Computerized Simulation , Energy Conservation , Energy Consumption , Glazing Materials , Heat Flux , Heat Recovery , Load Analysis , Shutters , Solar Collectors , Thermal Insulation , Foreign technology , Energy efficiency , EDB/140900 , EDB/141000
Advanced Solar Low-Energy Buildings-Danish Work within IEA Task 13
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Advanced Solar Low-Energy Buildings IEA SCH TASK XIII
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Measured performance of 12 demonstration projects-IEA Task 13 "advanced solar low energy buildings"
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