Abstract Most of studies show that cities, if designed towards sustainability and smartness, have high potential to prevent and resolve the environmental problems and contribute to human prosperity. Innovation in technological energy device is one of the most significant items in architecture and urban design. There is various source of energy such as fossil fuel which is limited, natural sources (sun, wind, etc.) which depend on climate. But, one of the potential sources of energy would be human power energy which is independent to the place and time. In this regard, some researches have been done in the field of designing and manufacturing of products based on the use of energy absorption from the human body and maximum electricity production. But most of these cases are sporadic and are usually used for temporary events. Therefore, research particularly considered to suggestion of an evaluation factors and model to establish an index through which to measure the capacity of a public urban environment, based on contribution of smart city tools and Human power energy for sustainability. The research results to solutions and models based on criteria of contribution of Smart city tools and creativity of human power energy for planning of smart sustainable city. It indicates also the possible effects on cities based on SWOT analysis and proposed actions.
Research paper titled: "Innovative Renewable Energy Technologies in Smart Sustainable Cities" International Conference on Innovation in Civil, Architecture, Environment and Materials Engineering, San Diego, USA (Finanziato da Progetti per Avvio alla Ricerca - Tipo 2-La Sapienza Università) / ETEMADI TOUDESHKI, Shahrzad. - (2023). (Intervento presentato al convegno International Conference on Innovation in Civil, Architecture, Environment and Materials Engineering (ICICAEME-23) tenutosi a San Diego, USA).
Research paper titled: "Innovative Renewable Energy Technologies in Smart Sustainable Cities" International Conference on Innovation in Civil, Architecture, Environment and Materials Engineering, San Diego, USA (Finanziato da Progetti per Avvio alla Ricerca - Tipo 2-La Sapienza Università)
Shahrzad Etemadi
Primo
Writing – Review & Editing
2023
Abstract
Abstract Most of studies show that cities, if designed towards sustainability and smartness, have high potential to prevent and resolve the environmental problems and contribute to human prosperity. Innovation in technological energy device is one of the most significant items in architecture and urban design. There is various source of energy such as fossil fuel which is limited, natural sources (sun, wind, etc.) which depend on climate. But, one of the potential sources of energy would be human power energy which is independent to the place and time. In this regard, some researches have been done in the field of designing and manufacturing of products based on the use of energy absorption from the human body and maximum electricity production. But most of these cases are sporadic and are usually used for temporary events. Therefore, research particularly considered to suggestion of an evaluation factors and model to establish an index through which to measure the capacity of a public urban environment, based on contribution of smart city tools and Human power energy for sustainability. The research results to solutions and models based on criteria of contribution of Smart city tools and creativity of human power energy for planning of smart sustainable city. It indicates also the possible effects on cities based on SWOT analysis and proposed actions.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.