CARMEN BOYER CLAUDIU FORGACI MENGI GUO ANNA GUTIERREZ JOHANNA JACOB SAM KHABIR MARTA MEZEROVA RADKA SIMANDLOVA MAYA WEINSTEN
CAMPOSAMPIERO E M B O D I E D E N E R G Y
ROMAN GRID
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ROMAN GRID 720x720m
1 CLAY 2 WATER STORAGE 3COAST LINE 4 LAGOON 5 GRAVEL AND SAND
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
HOW COULD WE RECYCLE THE TERRITORY TO ADAPT IT TO THE MORE EFFICIENT FLOWS?
100% SELF-SUFFICIENT
- REDUCTION OF CONSUMPTION - PRODUCTION OF RESOURCES
- ENERGY - SELF-SUFFICIENT - FOOD - WATER
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WATER SYSTEM SECTIONS
DRAINING SYSTEM
IRRIGATION SYSTEM
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
AGRICULTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
MOBILITY + INDUSTRY FAST MOBILITY + INDUSTRY
SLOW MOBILITY
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
2 DIFFERENT MODELS IN THIS TERRITORY.
Issues of environment, mobility, energy consumption and changing social structures are questioning the viability of the territory in the future.
HOW CAN WE RE-CYCLE THE TERRITORY TO USE THE MAXIMUM EMBODIED ENERGY? - REDUCTION OF CONSUMPTION - PRODUCTION OF RESOURCES “ENERGY/FOOD”
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
POTENTIAL PRODUCTION OF ENERGY Biomass Solar
Geothermal
Micro-‐ Hydro
Wind
Source of dates: www.road2050.eu
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
VENETO POTENTIALITIES
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
CAMPOSAMPIERO
TODAY ENERGY CONSUMPTION
309 TWh/ year 52 GWh/ year
5 MWh/ year 40% 34% 29% 3%
Surface= 21,07 km2 Density=556,52 hab./km² Inhabitants= 11.726 hab.
Land use
70% WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
23%
INTERACTION
7%
FLEXIBLE FUTURE
ELEMENTS TO PRODUCE ENERGY TO COVER CONSUMPTION % of territory
character
location
BIOMASS 1 m² => 6,2 kWh/ year • Elektricity, heat, fuel
39 %
5km
SOLAR-‐ PV 2,3 2,3 %%
1 m² = 102 kWh/ year • Electricity
FOOD PRODUCTION 68 %
Need of 1 225\m² of land
Source of dates: Dynamic agriculture, Suistanable energy produc\n
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ELEMENTS TO REDUCE A CONSUMPTION
% of territory
character
location
GRAY WATER PURIFICATION SYSTEM
0,5%
1 person = 10 m² of lagune • 100l clean water/ day
SOLAR THERMAL
1%
1 m² = 256kWh/ year • Heat (heating/cooling)
MICRO- HYDRO/ STORAGE OF WATER
?%
•
Max. distance sourceconsumer is 2 km
Source of dates: Dynamic agriculture, Suistanable energy produc\n
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
SMART CITY – SYNERGIES
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
SMART CITY – INTERACTION // INTEGRATION
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
SMART CITY – STORAGE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
SMART CITY – STORAGE NETWORK
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
Source of dates: www.roadmap2050.eu
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
We are producing re-newables energies and also reducing the consumption by creating synergies and interactions
HOW CAN WE INTEGRATE THE EMERGING TRENDS AND NEW INPUTS TO INFUSE NEW POTENTIALITIES?
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
STRUCTURE
NEW STRUCTURE: Continuity of flows
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
NEW SYNERGIES WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
Once the spaEal requirement is defined, we confront it to the structure of the territory.
HOW CAN THE EXISTING STRUCTURES BE OPTIMIZED?
WHICH ACTIVITIES CAN BE OFFERED BY NEW ENERGY SPACES?
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOMS_ Consumption x Production
_Test Sites WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOM_1
_Waste
MOBILITY_mul\modal Canal Main Road Railway Housing Factory Public Equipment Open Spaces Biomass Forest
LEGEND
Bike + Pedestrian Electric Transport Regional Train Individual Unit Im-‐/-‐Permeable Boundary Sustainable
_Electricity
_Water
BIOMASS_landscape strip WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLOWS
FLEXIBLE FUTURE
ZOOM_1 Electric Transport Network Bike &/or pedestrian path Water Storage System University_ Business & Energy Biomass
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOM_1
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOM_1
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOM_2
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOM_2
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOM_2
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
ZOOM_2
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
MODEL
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WATER THREATMENT
BIOMASS
FLOOD AREA
FOTOVOLTAIC
WHY A GRID?
FOOD
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE
WHY A GRID?
NEW PRODUCTIVE LANDSCAPE
INTERACTION
FLEXIBLE FUTURE