Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Amendment to the Thermal Insulation Ordinance
The revision of the Thermal Insulation Ordinance of 24.2.82 is aimed at reducing energy consumption and heat loss still further - not only in new buildings but also, to a limited extent, in buildings already existing. This aim is to be achieved essentially by reducing the heat transition coefficients, k, in tables 1 and 2, of system 1 by approximately 25% and of system 3 on average by 6%. The latter are buildings with low interior temperatures. The methods employed up until now for checking the thermal insulation of buildings with normal indoor temperatures have been preserved, ie. both the checks for calculating heat transition. The main changes are as follows: The heat transition coefficient of exterior windows and doors of heated rooms was reduced to 3.1 W/m exp 2 K. The restriction of heat transition with regard to constructional changes to existing buildings. To conclude it can be seen that the present level of heat insulation requirements correspond to the current requirements of energy policy, is in line with the present potential of structural engineering and the building trade and creates favourable conditions for developing further building, which takes due regard to energy conservation. (ERA citation 10:006993)
Amendment to the Thermal Insulation Ordinance
The revision of the Thermal Insulation Ordinance of 24.2.82 is aimed at reducing energy consumption and heat loss still further - not only in new buildings but also, to a limited extent, in buildings already existing. This aim is to be achieved essentially by reducing the heat transition coefficients, k, in tables 1 and 2, of system 1 by approximately 25% and of system 3 on average by 6%. The latter are buildings with low interior temperatures. The methods employed up until now for checking the thermal insulation of buildings with normal indoor temperatures have been preserved, ie. both the checks for calculating heat transition. The main changes are as follows: The heat transition coefficient of exterior windows and doors of heated rooms was reduced to 3.1 W/m exp 2 K. The restriction of heat transition with regard to constructional changes to existing buildings. To conclude it can be seen that the present level of heat insulation requirements correspond to the current requirements of energy policy, is in line with the present potential of structural engineering and the building trade and creates favourable conditions for developing further building, which takes due regard to energy conservation. (ERA citation 10:006993)
Amendment to the Thermal Insulation Ordinance
H. Rosemann (Autor:in)
1983
24 pages
Report
Keine Angabe
Englisch
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