EN | ES | SE | TR
Reducing CO2 emissions is not only about adapting new technologies, but ensuring that these technologies are also being accepted by the public
First in a series of three “Info Packs” from CITyFiED designed to unlock valuable insights and knowledge from the project tackles overcoming non-technological barriers in energy efficient renovation at district level. Additional new insights and public project deliverables available to registered users of cityfied.eu
Sustainable urban renovation is complex, particularly with respect to the decision making process, where a number of key stakeholders and several aspects need to be considered simultaneously. Evaluating and selecting alternative scenarios or measures to be implemented can be a substantial use of time and resources for cities.
The first electric bus fleet of Turkey is being established in İzmir.
Doha, Qatar, 24-25 October 2017
Barcelona, 14-16 November 2017
Gothenburg, 27-28 November, 2017
Innsbruck, 28 November 2017
CITyFiED Methodology is an integrated approach divided into seven phases, ranging from initial citywide diagnosis to final evaluation of the renovation. It includes an indicators tool and guidelines to support decision-making process.
The projects’ streak of winning awards and gaining recognition from peers and professionals continued in Barcelona on 15 November 2017.
Insights from Sustainable Places conference held June 2017 in the U.K. are now available in open access. Read about how KPI-driven sustainability assessments can link to city strategy and dive deeper into how the award winning Torrelago overcame the high upfront costs that district energy retrofitting entails
CITyFiED has developed a way to assess and select energy efficient measures for buildings to be included in existing or new district renovation strategies. The replication framework outlines energy costs and calculations plus interviews and workshops to identify barriers and earn buy-in.
This project has received funding from the European Union’s Seventh Programme for research, technological development and demonstration under grant agreement No 609129
This website runs Kalì Corporate CMS