Residential Renovation towards nearly zero energy CITIES
Develop and demonstrate replicable strategies for designing, constructing and managing large scale district renovation projects for achieving nearly zero energy cities
The social housing district of Lavatrici was developed during 1980-1990. The pilot is located on the west part of the city in the so called Pegli 3 District on a natural hill.
Visit the local website
The use of low efficiency lighting systems and appliances and a slim insulation means very high energy consumption for Yakacık district of Kartal, Istanbul and therefore a high potential for improving.
A complete retrofitting based on façade improvements, ICTs and renewable energy systems will be implemented in the Cuatro de Marzo district, the demo site chosen for the R2CITIES project.
Saving money by cutting the energy consumption of buildings is not strictly a question of technology. People need hard data to be convinced of the positive financial implications
Energy efficiency of a building can be calculated throughout its first 60 years of life after retrofitting thanks to Life Cycle Assessment schemes
Retrofitting a district is quite different from retrofitting a single building: the technological challenges involved are far greater.
MySmartCityDistrict group now extends to CITyFiED, SINFONIA, READY and City-zen. A total of 7 projects for greater leverage
in sharing and promoting energy efficient renovation solutions for cities and communities EU-wide.
My Smart City District Community
Total area: 81.000 m2 (at least 21.000 retrofitted)
Citizens involved: 550
Estimated Energy saving: 61%
CO2 emissions avoided: 635 tons/yr
Total area: 64.000 m2 (18.000 m2 area of intervention)
Citizens involved: 450 - 500
Estimated Energy saving: ± 50%
CO2 emissions avoided: ± 400 - 450 tons/yr
Total area: 18.813 m2 retrofitted
Citizens involved: 900
Estimated Energy saving: 63%
CO2 emissions avoided: 991.8 tons/yr
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This project has received funding from the European Union’s Seventh Programme for research, technological development and demonstration under grant agreement No 314473