Andere Kunden interessierten sich auch für
![P-Delta Effect on The Dynamic Seismic Response of High Rise Buildings]( "P-Delta Effect on The Dynamic Seismic Response of High Rise Buildings")
P-Delta Effect on The Dynamic Seismic Response of High Rise Buildings58,99 €![Design high rise building under effect of Earthquake Forces]( "Design high rise building under effect of Earthquake Forces")
Design high rise building under effect of Earthquake Forces39,99 €![Seismic Performance Of High Rise Rc Frame Building]( "Seismic Performance Of High Rise Rc Frame Building")
Seismic Performance Of High Rise Rc Frame Building36,99 €![Twisted High Rise Steel Structures In Diagrid System]( "Twisted High Rise Steel Structures In Diagrid System")
Twisted High Rise Steel Structures In Diagrid System44,99 €![Retrofitting of Low Rise Building]( "Retrofitting of Low Rise Building")
Retrofitting of Low Rise Building26,99 €![Design high rise building sotto l'effetto di forze sismiche]( "Design high rise building sotto l'effetto di forze sismiche")
Design high rise building sotto l'effetto di forze sismiche39,99 €![Using porous seawalls to protect the coasts against sea level rise]( "Using porous seawalls to protect the coasts against sea level rise")
Using porous seawalls to protect the coasts against sea level rise46,99 €
This study develops a framework to identify and analyse the energy savings potential of an existing building stock category. The methodology consists of six basic steps: (1) a method for obtaining reference buildings, (2) dynamic archetype model simulations, (3) an energy consumption baseline estimation, (4) energy retrofit measures selection and a cost optimal pathway analysis, (5) developing energy saving scenarios and (6) estimating building stock energy savings potential. The saving scenario results highlighted that there are significant opportunities for energy efficiency improvements in the existing high-rise office building stock of the city. Using current technologies, cost effective energy savings of up to 24% would be possible in the high-rise office building stock by 2036. Regardless costs, by the year 2036, deeper retrofit packages could unlock savings up to 28%. Overall the disaggregated scenario projections emphasized the significance of dealing with the existing high-rise office building stock but also highlighted that to shorten the current building stock consumption over the next 20 years the policy makers will have to pay close attention to the upcoming buildings.