This project concerns the development of a system that is going to be installed at the Scientific- Technological Campus and will allow a sustainable mobility within the campus and towards the other buildings of the University of Ferrara. This system will distinguish itself by a wide range of features like the use of new technology LSC (Luminescent Solar Concentrators) and LCPV (Low Concentration PhotoVoltaic) systems, integrated and efficient lighting system, WiFi Hotspot, mobile phones and tablet charging plugs that turn it from a mere service building into a meeting and relax area for the students. The produced energy will be employed to charge two pedalassist electric bicycles but in future the fleet could be expanded with the addition o...
In this paper, an optimization model is defined for the design of a smart energy infrastructure inte...
"Our study proposes an innovative integrated transportation\/photovoltaic energy system that will en...
The need for clean energy production is increasing due to our society’s high energy consumption, dec...
This study proposes an innovative integrated transportation/photovoltaic energy system that will ena...
Urban mobility is one of the toughest challenges that cities face today together with the environmen...
The growing importance of sustainability and passive house design requires the reconsideration of in...
Today, innovative Smart Grids work in synergy with Electric Vehicle (EV) infrastructures, not only f...
Abstract Research in smart cities is characterised by different needs: decrease of polluting emissio...
The paper presents the design state of a smart car park shelter for electric vehicle in the campus o...
The 95% of the energy employed is derived from fossil fuels and the transportation sector is respons...
The European Commission published the climate and energy package '20 20 20' with the principle scope...
In this paper, an optimization model is defined for the design of a smart energy infrastructure inte...
"Our study proposes an innovative integrated transportation\/photovoltaic energy system that will en...
The need for clean energy production is increasing due to our society’s high energy consumption, dec...
This study proposes an innovative integrated transportation/photovoltaic energy system that will ena...
Urban mobility is one of the toughest challenges that cities face today together with the environmen...
The growing importance of sustainability and passive house design requires the reconsideration of in...
Today, innovative Smart Grids work in synergy with Electric Vehicle (EV) infrastructures, not only f...
Abstract Research in smart cities is characterised by different needs: decrease of polluting emissio...
The paper presents the design state of a smart car park shelter for electric vehicle in the campus o...
The 95% of the energy employed is derived from fossil fuels and the transportation sector is respons...
The European Commission published the climate and energy package '20 20 20' with the principle scope...
In this paper, an optimization model is defined for the design of a smart energy infrastructure inte...
"Our study proposes an innovative integrated transportation\/photovoltaic energy system that will en...
The need for clean energy production is increasing due to our society’s high energy consumption, dec...