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Consistent European Guidlines for internal insulation of Building Stock and Heritage: Façade Renovation and Interior Insulation
The consumption of heating energy in existing buildings represents a large share of total national energy consumption and therefore contributes significantly to the production of climate-damaging CO2. In order to stop climate change and make a substantial contribution to climate protection, heating energy consumption must therefore be reduced urgently. The most effective way to do this is to maintain and renovate uninsulated buildings. Thermal insulation is and remains one of the most important measures for reducing energy demand in buildings. Interior insulation has become increasingly important in recent years. This is due to the fact that a considerable part of the building stock, which can easily be insulated from the outside, has already been renovated. On the other hand, the proportion of remaining buildings where, for various reasons, only interior insulation is possible or even more advantageous, is becoming larger and larger. The surface area of the exterior walls accounts for a large proportion of the total building and thus of the potential for energy optimisation. In order to achieve optimal renovation success, the presented concept is developed on the basis of the existing condition of the building.:1 Introduction 1 2 Planning phases 2 3 Façade renovation concept 5 Monument status 5 Documentation of the condition of the façade 5 General measures on the existing structure 6 Notes on driving rain / splash water protection 10 Measures for plaster facades 15 Measures for exposed masonry 16 4 Development of an insulation concept 19 Determination of desired insulation standard 19 Selection of possible insulation systems 20 Overview of the most important evaluation criteria 28 Hygrothermal behaviour of typical insulation systems 28 5 Dimensioning and verification 29 Verification free / deemed to satisfy interior insulations according to DIN 4108-3 30 Simplified verification for internal insulation 30 Extension of the simplified verification – classification of vapour permeable, capillary-active insulation ...
Consistent European Guidlines for internal insulation of Building Stock and Heritage: Façade Renovation and Interior Insulation
The consumption of heating energy in existing buildings represents a large share of total national energy consumption and therefore contributes significantly to the production of climate-damaging CO2. In order to stop climate change and make a substantial contribution to climate protection, heating energy consumption must therefore be reduced urgently. The most effective way to do this is to maintain and renovate uninsulated buildings. Thermal insulation is and remains one of the most important measures for reducing energy demand in buildings. Interior insulation has become increasingly important in recent years. This is due to the fact that a considerable part of the building stock, which can easily be insulated from the outside, has already been renovated. On the other hand, the proportion of remaining buildings where, for various reasons, only interior insulation is possible or even more advantageous, is becoming larger and larger. The surface area of the exterior walls accounts for a large proportion of the total building and thus of the potential for energy optimisation. In order to achieve optimal renovation success, the presented concept is developed on the basis of the existing condition of the building.:1 Introduction 1 2 Planning phases 2 3 Façade renovation concept 5 Monument status 5 Documentation of the condition of the façade 5 General measures on the existing structure 6 Notes on driving rain / splash water protection 10 Measures for plaster facades 15 Measures for exposed masonry 16 4 Development of an insulation concept 19 Determination of desired insulation standard 19 Selection of possible insulation systems 20 Overview of the most important evaluation criteria 28 Hygrothermal behaviour of typical insulation systems 28 5 Dimensioning and verification 29 Verification free / deemed to satisfy interior insulations according to DIN 4108-3 30 Simplified verification for internal insulation 30 Extension of the simplified verification – classification of vapour permeable, capillary-active insulation ...
Consistent European Guidlines for internal insulation of Building Stock and Heritage: Façade Renovation and Interior Insulation
Ruisinger, Ulrich (author) / Sonntag, Heike (author) / Conrad, Christian (author) / De Mets, Timo (author) / Vanhellemont, Yves (author) / Schöner, Tobias (author) / Zirkelbach, Daniel (author) / Technische Universität Dresden / Buildwise (bisher Belgian Building Research Institute) / Fraunhofer Institut für Bauphysik
2024-01-01
Paper
Electronic Resource
English
Façade renovation concept , driving rain / splash water protection , plaster facades , insulation concept , In2Eurobuild , building analysis , guideline , Fassadensanierungskonzept , Schlagregen-/Spritzwasserschutz , Putzfassaden , Dämmkonzept , Gebäudeanalyse , Leitfaden , info:eu-repo/classification/ddc/690 , ddc:690
Reflective heat insulation type photovoltaic building facade
| European Patent Office | 2023