Site Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Conceptual Themes Site Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Conceptual Strategy Site Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Massing and Program Site Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Use Groups Type
Gross SF
Residential
Average Annual Energy per SqF (kWh)
# of Units
Average Annual Energy (kWh)
Average Annual Energy (KBTU)
1,000,000
1,192
17
17,000,000
58,006,407
Office/Light Manufacturing
230,000
100
17
3,910,000
13,341,473
Retail
200,000
250
14
2,800,000
9,553,996
Education
165,000
1
17
2,805,000
4,814,531
Park
740000
Total
2,335,000
Massing and Program Site Design
85,716,407
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Site Plan Site Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Water Management
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Water Management Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Water Collection and Usage Water Management Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Flood Elevation Plan Water Management Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Park Program Schematic Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Flood Mitigation Plan Water Management Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Site Section
Water Management Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Water Collection System Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Existing Transportation System Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Census Tract Populations Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Proposed Road Pedestrianization Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Greenspace Network Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Pedestrianized Road Widening Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Existing Road Section Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Proposed Sidewalk Intervention Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Water Runoff Strategy Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Proposed Sidewalk Intervention Mobility Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Energy Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
1
City Recycling Glass / Metal / Plastic / Paper / Cardboard
2
GreenChip Ewaste Glass / Metal / Plastic / Paper / Cardboard
1 2
3
Rapid Recycling Paper Corporation Electronic
4
Point Recycling Glass / Metal / Plastic / Paper / Cardboard / Concrete / Wood
5
Green Tree Textiles Recycling Textiles
6
City Recycling Glass / Metal / Plastic / Paper / Cardboard
7
Cooper Recycling Glass / Metal / Plastic / Paper / Cardboard
8
Scholes Street Recycling Glass / Paper / Cardboard
3
4
5
6
7 8
9
City Recycling Glass / Metal / Plastic / Paper / Cardboard
Workshop No.1 Recycling Centers Energy Production Strategy
Recycling Center Network
ATV: INTEGRATED DESIGN: URBAN SCALE ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021 SPRING 2021
Existing Composting Facilities Energy Production Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Food Waste Energy Production Energy Production Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Workshop No.1 Garbage System Energy Production Strategy
Department of Sanitation Districts
ATV:ATV: INTEGRATED INTEGRATED DESIGN: DESIGN: URBAN URBAN SCALE SCALE SPRING SPRING 20212021
Urban Agriculture Network Energy Production Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Site Solar Analysis Energy Production Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Predicted Energy Demand
Solar Energy Production 572 kWh
Average Monthly Energy Consumption per Capita in NYC
1,600
Site Residential Population Predicted Average Monthly Energy Demand 572kwh/person x 1,600 people =
915,200 kWh
Food Waste Energy Production Energy Produced from Anaerobic Digestion of Typical Food Waste Average Monthly Food Waste per Capita in Brooklyn Average Monthly Food Waste in District 1 14lb x 160,388 people = Average Monthly Energy Produced 400kWh/ton x 1,122tons = Proportion of Energy Demand Offset (448,800kwh/915,200kwh)100=
400kWh/ton 14lb
4,859,000ft2
Number of Solar Panels 4,859,000ft2 / 17ft2/panel =
285,823 panels
Average Monthly Energy Produced 4kW x 285,823panels =
844,284 kWh
DC System Size
4kW
Proportion of Energy Demand Offset (844,284 kWh/915,200kwh)100= 92%
Total Average Monthly Energy Production
2,245,432lb or 1,122tons 448,800 kWh 49%
Total Roof Area
Food Waste Energy x Solar Energy = 448,800 kWh + 844,284 kWh = 1,293,084kWh Excess Energy Exported to the Grid = 1,293,084kWh - 915,200 kWh = 377,884kWh
Energy Demand and Production Energy Production Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Composting Factory and Market Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Composting Factory and Market Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Composting Factory and Market Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Water Collection System Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Flood Mitigation Strategy Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Rooftop Mechanical Systems Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Food Waste Digestion System Proposed Building Design
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021
Water Collection System Water Management Strategy
ATV: INTEGRATED DESIGN: URBAN SCALE SPRING 2021