Session FP3 Advanced Digital Support for Effec:ve Renova:on Strategies SMART MANAGEMENT OF HISTORICAL HERITAGE Giovanna Franco Arch. PhD, Associate Professor of Technology of Architecture Polytechnic School, Department of Sciences for Architecture, University of Genoa, Anna Magrini Engin., PhD, Full Professor of Building Physics, University of Pavia Marco Guerrini Arch. grant researcher, of Sciences for Architecture Marco Cartesegna Engin., PhD, Consultant, Department of Sciences for ArchitectureDepartment
Sustainability and Heritage Sustainability and Heritage represent two terms that more and more frequently are put beside, as Cultural Heritage, tangible and intangible, is strictly linked to the general principles of sustainable growth. Nevertheless, numerous conflicts emerge: - - - - - the presence of cultural and material values to be preserved; the economic capacity of the owners; the specific authorization process; the incompatibility with technical rules and regulations; the complexity and unpredictability of any intervention of renovation A new approach and balance between Sustainability and Heritage may contribute to a more necessary overturn in the objectives and cultural references which until now have been considered exclusive.
Including a Cultural District in a smart programme Main objective and innovative aspects of this work: the inclusion of a part of historical district in the program Genoa Smart City and the innovative use of advanced digital tools to qualify the whole renovation process
Albergo dei Poveri: occasion of research and funds 1) Athenaeum; 2) PRIN Ministry funding; 3) Ligurian Region funds
Total surface of the complex 56.340 m 2 Surface to be reused 38.255 m 2 Surface already reused 18.085 m 2 Volume to be reused 135.063 m 3 Given its impressive size and location in the heart of the city the complex could represent a fantastic opportunity for the renewal and valorisation of this part of the town as the humanistic didactic pole
Collaborations and supports Interdisciplinary research group (School of Specialization of Architectural Heritage and Landscape: - experts in Architectural Restoration - experts in Building Construction and Structures - experts in Digital Tools and ICT (Department DIBRIS, University of Genoa) - experts in Building Physics - experts in technical plants Education and training through PhD course and grants Interdisciplinary group among Italian Universities: Polytechnic of Milan, Polytechninc of Turin, University of Brescia Support from the Municipality of Genoa Relation with advanced research institutes: IIT Foundation, Milan and CNR Emanuele Brignole, the noble who financed the construction of the complex
Details and phases of the research Survey campaign: topographic, rigorous analytical and digital simplified photogrammetry, 3D laser and Z-scans Data acquisition: morphology, materials and constructive phases, archives, diagnosis and monitoring, evaluation of thermal behaviour Data collection: Construction, for a part of the complex, of a 3D model and application of parametric software BIM (Building Information Modelling) and a relational GIS system easily transferable into other software packages like ACCESS or REVIT Feasibility study: Meta-project, accesses, uses, energy demand for new uses, identification of conservative interventions and possible enhancement, microgeneration system
Survey campaign Point cloud from laser scanner
Survey campaign 2d digital photogrammetry
Survey campaign 3d digital photogrammetry and reconstruction of a structural vault
3D modelling 3d digital model of the vault
Materials and constructive elements
3D modelling
3D modelling
Integration of information in 3D model
Integration of information in 3D model Characterization of constructive features and thermal behaviour
Information hierarchy
Information hierarchy Telaio mobile Vetro Telaio fisso Davanzale Inferriate
Feasibility study: new uses
Feasibility study: Energy demand for new uses TOTAL ENERGY REQUIREMENT (FOR THE AREA TO BE REUSED) ELECTRIC: 956.000 kwh THERMAL: 2.496.000 kwh TOTAL ENERGY REQUIREMENT (INCLUDING THE AREA ALREADY REUSED) ELECTRIC: 1.302.000 kwh
Feasibility study: Enhancement of thermal behaviour
Feasibility study for a micro-generation system
Feasibility study for a micro-generation system WINTER SUMMER UNIT 1 24 HOURS/DAY 6 MONTHS UNIT 2 12 HOURS/DAY 6 MONTHS UNIT 2 12 HOURS/DAY 6 MONTHS DAY THERMAL ENERGY FOR HEATING ELECTRIC ENERGY DAY TH. ENERGY FOR HOT WATER ELECTRIC ENERGY NIGHT TH. ENERGY FOR HOT WATER TOTAL UNIT 1+2 THERMAL ENERGY 1.456.908 kwh/year (2.496.000 kwh) ELECTRIC ENERGY 872.400 kwh/year (956.000 kwh)
Feasibility study for a micro-generation system
Feasibility study for a micro-generation system Hypothesis: PV cells integrated in the greenhouses Type A Q el, exp 42.335 kwh/year Type B Q el, exp 15.485 kwh/year Type C Q el, exp 34.400 kwh/year Type D Q el, exp 92.413 kwh/year Type E Q el, exp 47.083 kwh/year Type F Q el, exp 68.8015 kwh/year
possible future collaborations: Horizon 2020?
Credits School of Specialization in Architectural Heritge and Landscape SSBAP SCIENTIFIC RESPONSIBLE Stefano Francesco Musso, Giovanna Franco Alfonso Assini, Paolo Bensi, Roberto A. Bobbio, Anna Boato, Chiara Calderini, Marco Cartesegna, Sergio Lagomarsino, Anna Magrini, Angelita Meirani, Lucina Napoleone, Daniela Piattaluga, Rita Vecchiattini, SPECIALIZED IN ARCHITECTURAL HERITAGE AND LANDSCAPE Serena Borea, Marina Brustio, Danilo Cafferata, Valentina Geromino, Cecilia Moggi, Francesca Segantin, Boglarka Szentirmai LABORATORIO MARSC (Metodiche Analitiche per il Restauro e la Storia del Costruito) Gabriella Garello, Maria Angela Fantoni Simonetta Acacia, Roberto Babetto, Francesca Ballocca, Marta Casanova, Marco Guerrini, Antonella Pasquale, Valérie Piquerez, Mariana Teixeira STUDENTS LABORATORIO DI RESTAURO Architettura) (5 anno Laurea Magistrale in GRAPHIC, VIDEO 3D MODELISATION Elena Macchioni