In the framework of three different research projects, both Italian and European, CNR-ITAE, together with other industrial partners, is involved in the development of such technology platforms for buildings, hydrogen/electricity refueling and low carbon energy generation. The presentation will be focused on the fast explanations of possible solutions for low carbon cities, coming from the results of ongoing or recently closed research projects. - A modular building made of recycled materials and reinforced fiber glass with PV/batteries and energy management systems will be showed as a possible application in smart districts or, with different configurations, in remote areas; -A microgrid able to receive, as input, the energy coming from solar radiation and to deliver, as output, hydrogen and electricity for an electric and hydrogen vehicles fleet will be described, as an energy infrastructure in smart cities environment for a low carbon mobility and transportation; - A hybrid generator based on Solid Oxide Fuel Cell and high temperature salt batteries, as a possible solution for electricity and heat generation for telecom base stations and buildings or other applications that require E.E, and heat.
CNR-ITAE proposals for low carbon cities: buildings, vehicles and smart energy systems
Vincenzo Antonucci;Francesco Sergi
2016
Abstract
In the framework of three different research projects, both Italian and European, CNR-ITAE, together with other industrial partners, is involved in the development of such technology platforms for buildings, hydrogen/electricity refueling and low carbon energy generation. The presentation will be focused on the fast explanations of possible solutions for low carbon cities, coming from the results of ongoing or recently closed research projects. - A modular building made of recycled materials and reinforced fiber glass with PV/batteries and energy management systems will be showed as a possible application in smart districts or, with different configurations, in remote areas; -A microgrid able to receive, as input, the energy coming from solar radiation and to deliver, as output, hydrogen and electricity for an electric and hydrogen vehicles fleet will be described, as an energy infrastructure in smart cities environment for a low carbon mobility and transportation; - A hybrid generator based on Solid Oxide Fuel Cell and high temperature salt batteries, as a possible solution for electricity and heat generation for telecom base stations and buildings or other applications that require E.E, and heat.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.