Iaac_bssa_2011_global school presentation

GLOBAL SCHOOL SUMMER WORKSHOP 2011

July 13th-28th

Team 2: Dhaval Chheda , Faris Mohammed, Malika SinghGSS11 Coordinators: Atrey Chhaya, Dipal Kothari Chhaya

BALWANT SHETH SCHOOL OF ARCHITECTURE

micro stratergies - macro equilibrium

MAIN ROAD ENTRANCE

EAST FACING FACADE

WEST FACING FACADE

MAIN ROAD

COMMERCIAL PROGRAMS GREEN COVER

ACTIVITIES

2

4

1

1 2

3 4

3

PROPOSAL PLAN


July 13th-28th



ENERGY CONSUMPTION Kw/m2/month

Housing - 1.93

Commercial - 14.36

Parking - 0.23

Green Area - 1.2

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.00.0

0.0

0.0

Block 1 0.0

Block 2 0.0

Block 3 0.0

0.0Block 4

0.0Block 5

0.0Block 6

TOTAL ENERGY GENERATED = 0.0

0.0

0.0

PARKING

HOUSINGCOMMERCIAL

GREEN SPACE

0.0

0.0

0.0

0.0

Energy generation Value

ENERGY GENERATION

0.04,708

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0

0.0


July 13th-28th



ENERGY CONSUMPTION Kw/m2/month

Housing - 1.93

Commercial - 14.36

Parking - 0.23

Green Area - 1.2

69,998.54

68,382122,246

91,353.698,112

5,664

3,452

424

297

716

551

3,700

Block 1 69,998.54

Block 2 91,353.69

Block 3 132,129.46

85,083.00Block 4

43,363.44Block 5

16,651.08Block 6

TOTAL ENERGY CONSUMED = 438,579.21

1,921

4,959

8,792

PARKING

HOUSINGCOMMERCIAL

GREEN SPACE16,651.08

43,363.44

85,083.00

132,129.46

Energy consumption Value

ENERGY CONSUMPTION

3,666

4,708

5,682

47.7

58.8

79.9

55.5

33.8

20.0


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July 13th-28th



WATER CONSUMPTION m3/m2/month

Housing - 0.15

Commercial - 0.05

Parking - 0.00

Green Area - 1.6

93

14

678

5,664

3,452

297 678188

190

WATER CONSUMPTION

Block 1 4,355.74

Block 2 6,989.91

Block 3 2,599.97

296.25Block 4

3,044.30Block 5

1,269.27Block 6

TOTAL WATER CONSUMED = 18,555.40

125

8,792

PARKING

HOUSINGCOMMERCIAL

GREEN SPACE

56.3

Water consumption Value

80.0

40.6

20.0

44.6

28.76,989.91

4,355.74

1,269.27

3,044.30

296.25

2,599.97

OPEN SPACES

RESIDENTIAL

COMMERCIAL

PARKING

LEGEND- PROGRAMMATIC

LOW DENSITY -A- 0.015-0.025

LOW DENSITY -B-0.026-0.035

MEDIUM DENSITY -C-0.036-0.045

MEDIUM DENSITY -B-0.046-0.055

HIGH DENSITY -A-0.056-0.066

LEGEND- DENSITY

MARKET PLAY GROUNDFESTIVALS

COMMERCIAL

SOCIAL ACTIVITIES


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BLOCK 1: 5080 / 13236 - 38.16%

BLOCK 2: 6180 / 24124 - 25.61%

BLOCK 3: 6065 / 11688 - 52.74%

BLOCK 4: 2165 / 5836 - 37.06%

BLOCK 5: 3800 / 10509 - 36.19%

BLOCK 6: 1390 / 6969 - 19.95%

1 2

4

3

5

6

SUMMER SOLSTICE WINTER SOLSTICE

SOLAR ANALYSIS

HIGH GREEN COVER

GR

EEN

CO

VER


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July 13th-28th




July 13th-28th



ENERGY GENERATION

ENERGY CONSUMPTION

WATER CONSUMPTION

HUMAN ACTIVITY

ENVIRONMENTAL DATA

BLOCK 1 BLOCK 2 BLOCK 3 BLOCK 4

58 80 40

56 80 40 32

56 80 80 75

45 70 35 50

0 0 0

47

0

EXISTING CONDITION

SOLAR PANELS

STREET LIGHTSON SOLAR ENERGY ENERGY

ELECTRICITY GENERATION & STORAGE

NEIGHBOURING BLOCKS

SHARING WITH THE CITY

WASHING

FLUSHING

WASTE

4

3

5

6


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main energy li

det ar eneg ygr ene

power back to city

POWERSTATIONtcelloc ygrene

ELECTRICITY LOOP

SUB POWER STATION

MA

IN E

NERG

Y LINE

power back to city

GENERATOR

detcelloc ygrene

WATER LOOP

The primary urban strategy is to generate as much energy as possible via everyday activities of people. Simple devices which tap into latent energies on site, such as movement of vehicles and pedestrians, harvesting wind and solar energy and recyling refuse to produce bio fuels.

The focus of the approach is to avoid major change to the existing urban fabric and integrate energy generation as a layer of technology above the current infrastructure.

SOLAR PANELS covering 60% surface area of roof =

213,612.8 m

2Each solar panel (1 m ) generates =229.4 kW/m of energy

Energy generated from total solar panels = 2400,216.32 kW/m /month

000,80,1

4,00,2

16

1,92,0

00

1,85,3

20

0003

000,62,1

- 4,38,579 - 9277.57

- 4

,38

,57

9-

72

77

.57

- 30

00

- 20

00

NEIGHBOURING BLOCKS

CITYSUPPLY

GENERATION

I

PIEZOELECTRIC CRYSTALS laid under the surface of the road, which generates electricity when cars travel over them.

Energy generated from the crystals = 108,000 kW/m2/month

ELECTROMAGNETIC CELLS attached to gymequipments(eg. cycle, treadmill)

A single unit attached to the equipment which 2 produces 300kW/m

Total energy generated from 10 units = 23,000 kW/m /month

Each module of WIND CUBE generates=21,800kW/m

Total energy generated from wind cubes=2126,000kW/m

PIEZOELECTRIC CRYSTALS laid underthe designed pathway generates =

2 24,000kW/m (for 400m pathway)

Total energy generated from 4 pathways=296,000kW/m

2

WATER collected from rain waterharvesting = 50 % of water consumed

3 2Total water consumed = 18555.42 m /m

3 2Total water collected = 9277.57 m /m

TOTAL ENERGY generated by all the blocks = 2733216.32kW/m


July 13th-28th



The proposal mainly focuses on reprogramming an existing commercial complex to create more public programs, that would lead to an increase in activity in the area, which would lead to further energy generation.

The proposal also lies at the head of the main energy redistribution grid where information and energy is dispensed


July 13th-28th



PRODUCTION-ELECTRICITY: 733,216.32WATER: 9277.57

108,000

96,000

185,320

400,210

3000

126,000

18,555.42

438,579.21

CONSUMPTIONELECTRICITY: 438,579.21 KW-hrWATER : 18,555.42 m3

The use of technology allows the inhabitants to generate surplus energy. This energy is adequate to create a self sustained environment, where the consumers themselves drive the energy into the system

SOLAR NETWORK

WIND NETWORK

WATER NETWORK

MAIN POWER LINE

POWER SUB STATION

EQUIPMENT UNIT

CONNECTION PATHWAY

MAIN POWER LINE

POWER SUB STATION

PROPOSAL

BLOCK 1

BLOCK 2

BLOCK 3

BLOCK 4

BLOCK 6

BLOCK 6

MAIN ENERGY HUB


July 13th-28th



The proposal mainly focuses on reprogramming an existing commercial complex to create more public programs, that would lead to an increase in activity in the area, which would lead to further energy generation.

INFORMATION

COMMERCIAL

VIEWS

SOUND ABSORBPTION

SOLAR PANELS

LEVEL 1

LEVEL 2

A

B

ALEVEL 3

B

VIEW FROM STREET

VIEWS VIEWS


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July 13th-28th



SITE

The proposal reorganizes the existing commercial program to introduce more people and activity to the site. At the same time the grid maintains optimum energy conditions across the block

SITE, PROPOSAL AND VIEWS

Iaac_bssa_2011_global school presentation

Documents

atrey chhaya

malika singhgss11 coordinators

faris mohammed

dhaval chheda

green area

water consumption value80

total water

medium density b