Regenerative Urban Space: A Box for Public Space Use
145
Fig. 7 ‘multiplyCITY: container TOOLS’: possible daily use of the photovoltaic energy system
produced
most useful ones. Digital data provide useful information about use frequency and
environmental monitoring.
5 Conclusion: Potential and Future Developments
The proposal provides for a multidisciplinary approach (technical, social, environmental, economic, etc.) and, within a smart city scenario, refers/pertains to smart
manufacturing and industry 4.0 technologies (Internet of Things, digital fabrication,
etc.).
The proposed devices can become a landmark system able to acquire knowledge
and to transform the environment, being disposed to adapt to the dynamism of their
users while posing a minimal intervention (economic sustainability) and remaining
reversible (environmental sustainability). Consistently with the incremental development for urban reactivation (institutional sustainability), it pursues multifunctionality
and energy independence objectives.
The devices are able to interact and adjust to the social context in which they are
placed, improving it (social sustainability); this goal is achieved through the creation
of a relationship system able to expand and to ‘contaminate’ the urban environment
that needs to be revitalized (Fig. 8).
145
Fig. 7 ‘multiplyCITY: container TOOLS’: possible daily use of the photovoltaic energy system
produced
most useful ones. Digital data provide useful information about use frequency and
environmental monitoring.
5 Conclusion: Potential and Future Developments
The proposal provides for a multidisciplinary approach (technical, social, environmental, economic, etc.) and, within a smart city scenario, refers/pertains to smart
manufacturing and industry 4.0 technologies (Internet of Things, digital fabrication,
etc.).
The proposed devices can become a landmark system able to acquire knowledge
and to transform the environment, being disposed to adapt to the dynamism of their
users while posing a minimal intervention (economic sustainability) and remaining
reversible (environmental sustainability). Consistently with the incremental development for urban reactivation (institutional sustainability), it pursues multifunctionality
and energy independence objectives.
The devices are able to interact and adjust to the social context in which they are
placed, improving it (social sustainability); this goal is achieved through the creation
of a relationship system able to expand and to ‘contaminate’ the urban environment
that needs to be revitalized (Fig. 8).