GREEN ENERGY PARK
How it was:
An abandoned and heavily polluted 6ha green area
neighbouring the Industrial Area of Padova.
Its recovery started in 2003 with a volunteering project involving civil society
associations.
GREEN ENERGY PARK
How it is now:
A small scale smart city.
Didactical park for renewable energies, energy saving and sustainable development.
European Best Practice
PROFESSIONAL TRAINING
Green Jobs – Energy Manager Expert Project Management
Crowdfunding EU Funding Digital skills
FREE TIME
The park is open for families and citizens with different dedicated spaces and activities.
EDUCATION
Didactical activities for youth and students: more than 15.000
students/year
RESEARCH & SERVICES
Research activities in collaboration with Universities and other research centers Consultancy services
EU Project management
Training center accredited by Veneto Region
Pledger of European Digital Skills and Jobs Coalition
Accredited research center by Innoveneto
Partners and Services providers of European Projects:
Interreg; Erasmus+, H2020
Park map
Technological evolution of the sustainable building process
Overall objective:
- Identify an "integrated construction process model" that allows to optimize the result and keep costs down to increase market
competitiveness.
- Key elements
- Technology transfer to companies for experimentation - Application of new technologies and process innovation - Analysis and research on the most innovative materials
- Verification of their compatibility with the "Guidelines for Sustainable Building" (Veneto Region Law nr. 4/2007)
Partners:
- 4 SME of Veneto Region of the building sector - Galileo Scientific Park
- University of Padua
- National Research Council (CNR)
- Fondazione Fenice hosting the prototype
Materials & Technologies
Recycled cellular glass substrate
Materials & Technologies
Clay blocks masonry and internal insulation in hemp
Materials & Technologies
A+ House: Supporting structure with wooden frame
Traditional building: bricks
Home building automation
• Room temperature control
• Lights control system
• Energy saving with electric load automatic management and control
• Local management of the whole system
Current state
• Training center for KNX home building automation
• Training and meeting rooms
• Partners:
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
Vehicle to Home: the electric car as energy carrier in the urban smart grid
The project aimed to create a small-scale “Urban Smart Grid”, connecting:
• An electric car
• A smart charging station
• A sustainable building
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
Vehicle to Home: the electric car as energy carrier in the urban smart grid
•
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
Step 1: Electric car “RETROFIT” prototype
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
First Step: Electric car “RETROFIT” prototype
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
First Step: Electric car “RETROFIT” prototype
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
Second Step: Sustainable building
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
Step 2: Sustainable building
VEHICLE TO HOME
L’AUTO ELETTRICA COME VETTORE DI ENERGIA
Step 3: Connected system – Two ways Fast Charge
Study on the possibility of using the vehicle as an accumulator and therefore of returning previously stored electricity to the building
NEW Project approved!
REATTI-VAIA - Sustainable building based on innovative assembly techniques, reactive materials and recovery of Vaia storm cut down trees in a perspective of circular economy and 4.0 Industry.
Starting soon…
Thank you for your attention
