Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Characterization and Classification of Facades Energy Performance According to the Climate and Location
We are in the process of developing an energy assessment tool for residential property within the framework of the SHERIFF (Hybrid and Economic System for the Flexible Comprehensive Rehabilitation of Facades) Research Project, funded by the Spanish Ministry of Economy and Competitiveness and part of the INNPACTO Program. This tool will help to make decisions about how to rehabilitate buildings in Spain. For its development, we have studied the following topics: typologies of existing enclosures, weather conditions and the most appropriate improvement actions to apply on the facade. First of all, based on previous studies, 1, 2 this research is limited to the period between 1950 and 1980 in the Community of Madrid, Spain. A selection of neighbourhoods has been made based on the amount of buildings built during that time and their state of conservation. The most representative type of residential buildings of each neighbourhood has been chosen and building information for each property has been requested to the relevant administrative entities. A two hundred independent building inventory has been created, collecting information about multiple building enclosure typologies. This inventory has been summarised into the following typologies: - Six different classes of opaque enclosure construction - Two types of window construction and - Three different sun protection typologies. Secondly, weather conditions, guidelines and representative sections of the city street have been studied, allowing the appropriate action’s definition appropriate action as (previously) defined to be applied on the enclosure. The facade has been divided into four specific areas: - Null zone, where no solar radiation is received during the year. - Sun protection zone, which must be protected from excessive solar radiation. - Solar gain zone, which can take advantage of the solar collection strategy. - Flexible zone, which requires both solar gain and sun protection. Finally, the summarized inventory has been verified according to both the ...
Characterization and Classification of Facades Energy Performance According to the Climate and Location
We are in the process of developing an energy assessment tool for residential property within the framework of the SHERIFF (Hybrid and Economic System for the Flexible Comprehensive Rehabilitation of Facades) Research Project, funded by the Spanish Ministry of Economy and Competitiveness and part of the INNPACTO Program. This tool will help to make decisions about how to rehabilitate buildings in Spain. For its development, we have studied the following topics: typologies of existing enclosures, weather conditions and the most appropriate improvement actions to apply on the facade. First of all, based on previous studies, 1, 2 this research is limited to the period between 1950 and 1980 in the Community of Madrid, Spain. A selection of neighbourhoods has been made based on the amount of buildings built during that time and their state of conservation. The most representative type of residential buildings of each neighbourhood has been chosen and building information for each property has been requested to the relevant administrative entities. A two hundred independent building inventory has been created, collecting information about multiple building enclosure typologies. This inventory has been summarised into the following typologies: - Six different classes of opaque enclosure construction - Two types of window construction and - Three different sun protection typologies. Secondly, weather conditions, guidelines and representative sections of the city street have been studied, allowing the appropriate action’s definition appropriate action as (previously) defined to be applied on the enclosure. The facade has been divided into four specific areas: - Null zone, where no solar radiation is received during the year. - Sun protection zone, which must be protected from excessive solar radiation. - Solar gain zone, which can take advantage of the solar collection strategy. - Flexible zone, which requires both solar gain and sun protection. Finally, the summarized inventory has been verified according to both the ...
Characterization and Classification of Facades Energy Performance According to the Climate and Location
Pérez González, Marlix (Autor:in) / Cuerda Barcaiztegui, Elena (Autor:in)
01.09.2013
Proceedings of the Sustainable Building Conference 2013 | SB13Graz. Sustainable Building Conference. Graz 2013. | 25-28/09/2013 | Graz, Austria
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
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