Program AstraZeneca
32
UNIT 01
- Farm
Deloitte - Office
Massing The New York Times
Verizon
Outlet Rainfall
Bank of America Morgan Stanley
Openness
New York_26,024,809(MWH) Salesforce Tower
Bain & Company We st
6S tree t
Citi
Rainfall
Height
Rainfall
Absorber Wall
Rainfall
4M
tree t
Verizon
Water Re-Use Urban Farm
1,200M2
Drain Pipe
Program We st
40
New York Life
5th Ave
5~10 million (MWH)
Thermal Chimney Air Channel
F C U
Area
42 S
10 ~ 20 million (MWH)
Stre
et
UNIT 02
Ambient Air
ROOM Glass Cover
Water Supply
Absorption
Water Tank Filter
- Community
Treatment
1~5 million (MWH)
Air Flow
Heat Pump
- Studio
Stratton
500 thousand ~ 1million (MWH)
Ground Heat Exchange
The Trustforte Co. The Bernard M. Baruch College
100 thousand ~ 500 thousand (MWH) ~ 100 thousand (MWH)
_Commercial Building Electricity Consumption (MWH) As one of the world's largest metropolitan areas, New York City in the United States has the highest commercial building electricity usage.
Height
140
120
Number of Data Centers
Number of Data Centers
Zettabyte
160
1,800M2
Program
UNIT 03
- Office
500
7000
Openness
6000
Height 3.5M
5000
Area
4M
2,500M2
4000
3000
Waste Heat Re-Use
200 2000 100
20
0
0 2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
0 Q4 2014
Year
Q2
2015
Q4
Q2
2016
Q4
Q2
2017
Q4
Q2
2018
Q4
Q2
2019
Q4
Q2
2020
2010
Q4
2014
2016
2018
2020
2022
2024
2026
2028
Waste Heat
The energy consumption of data centers running with a large number of digital devices is enormous.
Summer Season 60°C
Heat Pump
Cooling Tower
Heat Exchanger
32°C 37°C
Centrifiugal Chiller Water/Ice Storage
Domestic Hot Water
On-Site Reused Heat
Neighborhood Use Neighborbuildings Heat
Chiller Plant Room
Water Tank
Design Concept
55°C 28°C
The waste heat that passes through the double-glazed façade helps power the data center and is used to operate the agricultural facilities in the tower.
This technology helps to maintain green spaces on unit rooftops and irrigate green spaces located in parks.
Waste Heat RE-USE & Cycle diagrams
Radiative Night Cooling
The heat storage collected from waste heat and solar heat passes through the double-glazed façade and is used for internal cooling and heating and data keeping.
Mist System
Waste Heat
2030
Year
Year
Accordingly, the data market for managing and storing not only commercial usage but individual data usage are growing.
As technology advances, The amount of data accumulated worldwide is increasing. In the future, the development of cities using data is expected
2012
Outdoor Air
2010
Program
1000
36°C
21°C
AMU
22°C
Thermal Mass
Neighborhood Use
VIA Pipe VIA Duct Chilled Water
Return Air
40
15°C
300
60
Supply Air
80
Solar Thermal
Waste Heat Re-Use
It is a wooden structure module that can be assembled into 'GAGU structure'.
8000
600
Rainfall collected in underground water tanks through several buildings is used for agriculture and recycled water through heat pumps.
- Farm
9000
700
400
100
4M
Area
Water Re-Use
Massing
Electricity Usage of Data Centers
Growth of Hyperscale Data Market
180
Solar Panels on the tower containers offset energy consumed for Data keeping and light on the day.
Openness
Current Situation Annual Size of the Global Datasphere
Solar Panel Citi
The site is proposed as a park surrounded by tall buildings. This is where the consumption of a lot of data within the city of Manhattan is required.
Geothermal Heat Pump
Massing
Citi
Server Room 24°C
Condenser Water
36°C
External Environment
Community
Winter Season 36°C
Data Center
Data Center
36°C 30°C 36°C 30°C
Meeting space with people from various fields due to studio facilities using data.
Studio
Space
Office
28°C
AMU
Supply Air
Algorithm
Outdoor Air
Data
36°C
22°C
Digital Device
36°C
Data center is a convergence of ever-changing programs and sustainable.
Park
Studio
District heating
Smart Farm
Community
Air Conditioning
Sustainability
Coworking space for farming and data center operation.
Formation of programs to expand necessary facilities in the city.
Farm
Renewable plan accumulating waste heat from data usage of neighboring buildings.
Waste heat such as server room heat and carbon dioxide is used in indoor greenhouses.
Heat Pump Heat Pump 36°C
28°C
60°C 55°C 40°C
Neighborhood Use Neighborbuildings Heat Neighborhood Use Domestic Hot Water Space Heating
35°C
Mixed Air (MA)
On-Site Reused Heat
Greenhouse / Farming 26°C
Server Room 24°C
Supply Air Fan (SAF)
Cooling Coil (CC)
Outside Air (OA)
Supply Air (SA) Filter (F)
VIA Pipe
Heating Coil (HC)
VIA Duct Return Air
Recirculated Air (CA)
Dampers (D)
Mass Generation
Farm
Office
Waste Heat
Heat Exchanger
Exhaust Air (EA)
YouTube, a private, collaborative workspace for individual creators' capabilities and stages.
Plan for insulation and agricultural water using rainwater and heat pump. Verticalization of green spaces that existed only horizontally in the city and space for agricultural cultivation facilities
Vertical mix of in-building programs for aggregated data utilization.
Return Air Fan (RA) Return Air Fan (RAF)
Mechanical Ventilation
External Environment
The intentional movement of air into and out of a building using fans, intake vents, and exhaust vents.
Flexible combination between units arranged to execute the formed program.
Floor Plan
COOL
Studio
UP
City Community
Cooling System
Through interspaces in the façade using the stack effect, internal air circulation, which is insufficient with natural ventilation, is led.
UP
2 1
4
6
UP
9
Rain Fall
11
3
12
13
Basic Massing
14
ND
UP
7
8
Connected Green
UP
5
Heating System
Double Skin Rain Fall Facade
10
UP
16
Corridor for Robot Movement DN
Having a wide corridor of 8 meters to increase robot and service movement convenience
UP
17
Smart Farm
19
20 31
UP
32
28
UP
30
27
25
24
23 21
26
UP
29 UP
22
Smart Farm Using Waste Heat Waste heat from server room heat and carbon dioxide is used in indoor greenhouses.
Atrium
1. Server Room 2. Ware House 3. Studio 4. Smart Farm 5. Community 6. Studio 7. Fire Exingushing Gas Chamber 8. Pre-Treatment 9. Community 10. Office 11. Air Conditioning 12. Staff Room 13. Robot Charging Station 14. Office 15. Server Room 16. Study Room 17. Studio 18. Ware House 19. Library 20. Server Room 21. Smart Farm 22. Office 23. Staff Room 24. Pre-Treatment 25. Smart Farm 26. Ware House 27. Server Room 28. Studio 29. Studio 30. Farming Office 31. Smart Farm 32. Farming Office S : 1/1200
N
18
15
UP
This project is a data storage center using waste heat, which is proposed as a countermeasure against the current and future crises in the cit y. It presents an alternative to utilize the waste heat generated by many commercial buildings along with programs needed in Midtown Manhattan. In addition, it can be confirmed that a sustainable building plan using TIMBER can be proposed and it can play the role of a park, an existing site.
Timber Module & Structure Sustainability Strategies IBM
UP
As technology advances, The amount of data accumulated worldwide is increasing. The amount of data accumulated within the cit y at an unprecedented level has led to the use of more electricit y and the production of a lot of heat. This figure has prompted companies in the world's metropolitan areas to more efficiently utilize data and the heat generated.
Location
UP
Dropbox
Site Selection
Units Injuction
Waste Heat
Waste Heat
Water Tank
Water Tank Filter Treatment
Heat Pump
Layered Green Spaces
Ground Heat Exchange
Layered Programs
Data Community
Geothermal Heat Pump