A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Refurbishment Solutions for Public Buildings Towards Nearly Zero Energy Performance
Abstract This study presents some results of an recent closed European Project, RePublic_ZEB [1], where an extensive analysis was conducted for identifying cost-optimal refurbishment solution an sets of solutions applied to exiting public buildings, towards nearly Zero Energy Buildings (nZEB) performance. The analysis was applied to 12 reference buildings identified in 8 countries participants in the project and for different building typologies. A cost-optimal solution sets matrix of the 12 buildings is presented together with the results of nZEB energy performance.
Refurbishment Solutions for Public Buildings Towards Nearly Zero Energy Performance
Abstract This study presents some results of an recent closed European Project, RePublic_ZEB [1], where an extensive analysis was conducted for identifying cost-optimal refurbishment solution an sets of solutions applied to exiting public buildings, towards nearly Zero Energy Buildings (nZEB) performance. The analysis was applied to 12 reference buildings identified in 8 countries participants in the project and for different building typologies. A cost-optimal solution sets matrix of the 12 buildings is presented together with the results of nZEB energy performance.
Refurbishment Solutions for Public Buildings Towards Nearly Zero Energy Performance
Aelenei, Laura (author) / Gonçalves, Helder (author)
2017-09-03
14 pages
Article/Chapter (Book)
Electronic Resource
English
nZEB , Refurbishment , Public buildings , Cost-optimal Energy , Sustainable Architecture/Green Buildings , Energy Materials , Waste Water Technology / Water Pollution Control / Water Management / Aquatic Pollution , Renewable and Green Energy , Environmental and Sustainability Education , Energy Policy, Economics and Management
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