AbstractThis papers presents the application of the Methodology developed in the IEA Annex 56 to a case study located in Tudela, northern Spain. The life cycle cost and impact assessment of three renovation scenarios (including different types of heating systems in two of them) and a reference case have been evaluated. Results show that all renovation scenarios studied are cost-effective achieving at least a heating demand reduction of 40%. The actually executed renovation, if additional on-site renewables are installed, constitutes the most cost-effective scenario; however a deeper renovation has lower final energy use and carbon emissions associated
Many countries request to adopt measures for improving the buildings energy efficiency, for reducing...
Despite the standardization of the life-cycle assessment methodology for the construction sector, an...
The building sector contributes up to 40% of energy consumption and 30% of greenhouse gases emission...
AbstractThis papers presents the application of the Methodology developed in the IEA Annex 56 to a c...
The construction sector has become an important target for reducing carbon emissions and energy cons...
AbstractConstruction sector is one of the major responsible for energy consumption and carbon emissi...
"Energy in Buildings and Communities Programme, March 2017"Buildings are responsible for a major sha...
AbstractIEA IBC Annex 56 methodology provides the basis for the assessment and evaluation of energy ...
The building sector is well known to be one of the key energy consumers worldwide. The renovation of...
Construction sector is one of the major responsible for energy consumption and carbon emissions and ...
AbstractBuilding sector has become an important target for carbon emissions reduction, energy consum...
The building sector is well known to be one of the key energy consumers worldwide. The majority of t...
Building sector has become an important target for carbon emissions reduction, energy consumption an...
Following the impact of the climate changes and their causes, buildings proved to be one of the main...
Abstract IEA IBC Annex 56 methodology provides the basis for the assessment and evaluation of energy...
Many countries request to adopt measures for improving the buildings energy efficiency, for reducing...
Despite the standardization of the life-cycle assessment methodology for the construction sector, an...
The building sector contributes up to 40% of energy consumption and 30% of greenhouse gases emission...
AbstractThis papers presents the application of the Methodology developed in the IEA Annex 56 to a c...
The construction sector has become an important target for reducing carbon emissions and energy cons...
AbstractConstruction sector is one of the major responsible for energy consumption and carbon emissi...
"Energy in Buildings and Communities Programme, March 2017"Buildings are responsible for a major sha...
AbstractIEA IBC Annex 56 methodology provides the basis for the assessment and evaluation of energy ...
The building sector is well known to be one of the key energy consumers worldwide. The renovation of...
Construction sector is one of the major responsible for energy consumption and carbon emissions and ...
AbstractBuilding sector has become an important target for carbon emissions reduction, energy consum...
The building sector is well known to be one of the key energy consumers worldwide. The majority of t...
Building sector has become an important target for carbon emissions reduction, energy consumption an...
Following the impact of the climate changes and their causes, buildings proved to be one of the main...
Abstract IEA IBC Annex 56 methodology provides the basis for the assessment and evaluation of energy...
Many countries request to adopt measures for improving the buildings energy efficiency, for reducing...
Despite the standardization of the life-cycle assessment methodology for the construction sector, an...
The building sector contributes up to 40% of energy consumption and 30% of greenhouse gases emission...