As part of the "Drawing the baseline" FuturHist work package, this report presents the results of Task 1.1 focused on the identification of barriers. A survey was conducted to assess the main barriers to energy efficiency in historic buildings. Feedback …
This report summarises the work of the ICOMOS Expert Group on the Implementation of the Energy Performance of Buildings Directive (EPBD) in the Built Heritage Sector, established in 2023 to evaluate the impact of the EPBD recast on Europe’s historic …
Solar energy applications have, in recent years, become a common element in the urban landscape, especiallyon roofs and facades. However, it is important that the integration of solar energy in the built environment donot distort the fabric or expression of …
Energy retrofit of historic buildings is a relatively new task in the construction sector. It is therefore important to offer reliable solutions to practitioners and end-users that prevent any undesired outcome. Often, the lack of trust and awareness of the …
Brandengen Primary School in Norway has historical valuable buildings from 1914, designed by the famous Norwegian architect Arnstein Arneberg. The owner, Drammen Municipality, emphasizes renovation in accordance with the conservation authorities’ request for restoring the façades to be as close …
Having tomorrow's architects energized at retrofitting historic buildings might be decisive for bringing towards zero our building stock's carbon emissions while maintaining the values of historic buildings and city centres. To reach this aim, the authors worked with the recently …
This essay raises some reflections on the implications of protected areas in the processes of social construction related to the conception of nature, its limitations as a strategy for environmental policies (related to ecosystem connectivity and over the management of …
The development of 100% renewable energy in World Heritage Sites (UNESCO locations) requires specific analysis and design, because of their unique social, historical, and environmental characteristics. The design of these Renewable Energy systems must preserve all their unique Heritage characteristics, …
Purpose; Improving the energy performance of historic buildings has the potential to reduce carbon emissions while protecting built heritage through its continued use. However, implementing energy retrofits in these buildings faces social, economic, and technical barriers. The purpose of this …
The support offered to local authorities in this work consisted of technical and economic training on the integration of energy efficiency measures as well as the development of tools (guidelines, a decision support tool, databases and a visualization platform) that …