The study has been articulated in the following phases, set up at the intervention level scale, from the territorial up to the architectural detail level. These phases have been developed in parallel and integrated as follows. 1. A systemic landscape analysis: environmental resources, territorial vocations and sensitivities, identifi cation of settlement systems and of the recurrent building morphologies. 2. Analysis of the thermal characteristics and of the energetic needs of the sparse rural built heritage and identification of criticalities due to settlement and constructive features. 3. Identifi cation of the technical operations to improve energetic performance of buildings (insulation and technical systems) and defi nition of architectural compatibility and non-compatibility criteria to ensure the respect of traditional building features. 4. Quantification of energetic savings of the adopted solutions (evaluated in a combined manner) 5. Definition of landscape compatibility criteria for the insertion of technologies base on the use of renewable resources.
Guidelines for eco-efficiency in the UNESCO site of Cinque Terre: an example of best practice
MAGRINI, ANNA
2013-01-01
Abstract
The study has been articulated in the following phases, set up at the intervention level scale, from the territorial up to the architectural detail level. These phases have been developed in parallel and integrated as follows. 1. A systemic landscape analysis: environmental resources, territorial vocations and sensitivities, identifi cation of settlement systems and of the recurrent building morphologies. 2. Analysis of the thermal characteristics and of the energetic needs of the sparse rural built heritage and identification of criticalities due to settlement and constructive features. 3. Identifi cation of the technical operations to improve energetic performance of buildings (insulation and technical systems) and defi nition of architectural compatibility and non-compatibility criteria to ensure the respect of traditional building features. 4. Quantification of energetic savings of the adopted solutions (evaluated in a combined manner) 5. Definition of landscape compatibility criteria for the insertion of technologies base on the use of renewable resources.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
