Zero-energy, smart, green and sustainable buildings: there are many design approaches to design buildings but not to design building as enablers to transition of cities in smart cities, playing a central role in smart cities paradigm as nodes of a (energy) networks. Energy transition, sustainability and innovative solutions within smart cities and districts are key elements for next future built environment and - at building scale - still is missing consciousness how buildings will modify their characters when smart cities will be real. To deliver the objective established in Horizon 2020 smart buildings are channelled towards a range of predominantly technology-related energy efficiency R&D topics such as materials for building envelopes, self-inspection techniques and quality check measures, integrated solutions for building and thermal energy storage for building applications; but, no attention is given, at the moment, on innovation needed in building design as well as to define systemic approach to transition to smart cities or district at built environment scale. Thus two main action are needed at R&D topic level: innovation in building design (i. e. implementing whole building design approach for Energy-efficient Interactive Building); advancement in systemic approach for transition towards smart cities (i.e. Energy-efficient Interactive Buildings as city nodes for built environment scale).

Zero-energy, smart, green and sustainable buildings: there are many design approaches to design buildings but not to design building as enablers to transition of cities in smart cities, playing a central role in smart cities paradigm as nodes of a (energy) networks. Energy transition, sustainability and innovative solutions within smart cities and districts are key elements for next future built environment and - at building scale - still is missing consciousness how buildings will modify their characters when smart cities will be real. To deliver the objective established in Horizon 2020 smart buildings are channelled towards a range of predominantly technology-related energy efficiency R&D topics such as materials for building envelopes, self-inspection techniques and quality check measures, integrated solutions for building and thermal energy storage for building applications; but, no attention is given, at the moment, on innovation needed in building design as well as to define systemic approach to transition to smart cities or district at built environment scale. Thus two main action are needed at R&D topic level: innovation in building design (i. e. implementing whole building design approach for Energy-efficient Interactive Building); advancement in systemic approach for transition towards smart cities (i.e. Energy-efficient Interactive Buildings as city nodes for built environment scale).

Whole building design for energy-efficient interactive building / Arbizzani, Eugenio; Civiero, Paolo; P., Clerici Maestosi. - (2014), p. 51. (Intervento presentato al convegno 40th IAHS World Congress on housing. Sustainable Housing Construction tenutosi a Funchal (Portogallo) nel 16-19/12/2014).

Whole building design for energy-efficient interactive building

ARBIZZANI, Eugenio;CIVIERO, PAOLO;
2014

Abstract

Zero-energy, smart, green and sustainable buildings: there are many design approaches to design buildings but not to design building as enablers to transition of cities in smart cities, playing a central role in smart cities paradigm as nodes of a (energy) networks. Energy transition, sustainability and innovative solutions within smart cities and districts are key elements for next future built environment and - at building scale - still is missing consciousness how buildings will modify their characters when smart cities will be real. To deliver the objective established in Horizon 2020 smart buildings are channelled towards a range of predominantly technology-related energy efficiency R&D topics such as materials for building envelopes, self-inspection techniques and quality check measures, integrated solutions for building and thermal energy storage for building applications; but, no attention is given, at the moment, on innovation needed in building design as well as to define systemic approach to transition to smart cities or district at built environment scale. Thus two main action are needed at R&D topic level: innovation in building design (i. e. implementing whole building design approach for Energy-efficient Interactive Building); advancement in systemic approach for transition towards smart cities (i.e. Energy-efficient Interactive Buildings as city nodes for built environment scale).
2014
40th IAHS World Congress on housing. Sustainable Housing Construction
Zero-energy, smart, green and sustainable buildings: there are many design approaches to design buildings but not to design building as enablers to transition of cities in smart cities, playing a central role in smart cities paradigm as nodes of a (energy) networks. Energy transition, sustainability and innovative solutions within smart cities and districts are key elements for next future built environment and - at building scale - still is missing consciousness how buildings will modify their characters when smart cities will be real. To deliver the objective established in Horizon 2020 smart buildings are channelled towards a range of predominantly technology-related energy efficiency R&D topics such as materials for building envelopes, self-inspection techniques and quality check measures, integrated solutions for building and thermal energy storage for building applications; but, no attention is given, at the moment, on innovation needed in building design as well as to define systemic approach to transition to smart cities or district at built environment scale. Thus two main action are needed at R&D topic level: innovation in building design (i. e. implementing whole building design approach for Energy-efficient Interactive Building); advancement in systemic approach for transition towards smart cities (i.e. Energy-efficient Interactive Buildings as city nodes for built environment scale).
Systemic approach; Energy-efficient Interactive Building; smart cities; whole building design; interactive nodes; open industrialized buildings; set of technical solutions
04 Pubblicazione in atti di convegno::04b Atto di convegno in volume
Whole building design for energy-efficient interactive building / Arbizzani, Eugenio; Civiero, Paolo; P., Clerici Maestosi. - (2014), p. 51. (Intervento presentato al convegno 40th IAHS World Congress on housing. Sustainable Housing Construction tenutosi a Funchal (Portogallo) nel 16-19/12/2014).
File allegati a questo prodotto
Non ci sono file associati a questo prodotto.

I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.

Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/782156
 Attenzione

Attenzione! I dati visualizzati non sono stati sottoposti a validazione da parte dell'ateneo

Citazioni
  • ???jsp.display-item.citation.pmc??? ND
  • Scopus ND
  • ???jsp.display-item.citation.isi??? ND
social impact