Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Multi-Story Low-Energy Consumption Buildings
In the last ten years, passive solar technologies, mostly centered on multi-story residential buildings located in high density areas, have been experimented in Italy. Bioclimatic design criteria and passive technologies have demonstrated substantial energy savings but with very high extra costs (40 to 50% of traditional construction costs). In particular, the results of this experimentation have shown the difficulties of the massive use of only passive solar technologies in Italian buildings and, in particular, in low cost public housing. The possibility of substituting the 'bioclimatic house' has been studied. Building design should not always be based on the integration of solar technologies alone. Benefits could also be derived from the efficacious use of energy conservation materials and devices such as thermal insulation and centralized thermal regulation systems. The aim of this study is to verify the feasibility of obtaining 30% energy savings (with respect to the traditional building), at an extra cost of less than 10% (of the standard construction cost), for residential, low-cost multi-story buildings.
Multi-Story Low-Energy Consumption Buildings
In the last ten years, passive solar technologies, mostly centered on multi-story residential buildings located in high density areas, have been experimented in Italy. Bioclimatic design criteria and passive technologies have demonstrated substantial energy savings but with very high extra costs (40 to 50% of traditional construction costs). In particular, the results of this experimentation have shown the difficulties of the massive use of only passive solar technologies in Italian buildings and, in particular, in low cost public housing. The possibility of substituting the 'bioclimatic house' has been studied. Building design should not always be based on the integration of solar technologies alone. Benefits could also be derived from the efficacious use of energy conservation materials and devices such as thermal insulation and centralized thermal regulation systems. The aim of this study is to verify the feasibility of obtaining 30% energy savings (with respect to the traditional building), at an extra cost of less than 10% (of the standard construction cost), for residential, low-cost multi-story buildings.
Multi-Story Low-Energy Consumption Buildings
G. Funaro (Autor:in) / E. D'Errico (Autor:in)
1988
5 pages
Report
Keine Angabe
Englisch
Architectural Design & Environmental Engineering , Energy Use, Supply, & Demand , Heating & Cooling Systems , Solar Energy , Passive Solar Heating Systems , Residential Buildings , Solar Space Heating , Cost Benefit Analysis , Economics , Energy Conservation , Feasibility Studies , Italy , Solar Architecture , Thermal Insulation , Thermoregulation , Urban Areas , Foreign technology , Energy consumption , ERDA/140901 , ERDA/320107 , ERDA/291000
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