Li Yi Email Cell phone
liz0601104@163.com (86)13823656402
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New Dyeing Industrial (NDI) Park, Shishi Master Plan
01
2
New Skyworth Electric Area, Shenzhen Urban Renewal Planning
06
3
Pan Longtian Lake Area, Yunfu Regulatory Detailed Planning and Urban Image
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4
Huabu AreaďźŒKaihua Urban Design
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5
Luen Thai Jiulong Lake Intelligence Planning Projects
Community
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Project Location: Shishi China Project Type: Master plan , Group Work(3 Persons) Scale: 10.80 Square kilometers Project director: Pu Zhidong Responsibility: Analyze characteristics of the project and plan space layout
NEW DYEING INDUSTRIAL (NDI) PARK. SHISHI MASTERPLAN
Project Description Shishi is located in the southeast of Fujian, is currently China's largest industrial base of casual apparel fabrics. The project has been analyzed with base of existed plan, research simultaneously the development of coastal dyeing industry, park resource planning and spatial planning, to achieve "three rules one." Planning for the park position highlights circular economy, resource utilization at the core of the development of new textile dyeing and finishing industry cycle park. Actively guide the rational distribution of industrial space, construction and environment-friendly industrial park, build Min Delta Economic Zone resource recycling pilot.Shishi is located in the southeast of Fujian, is currently China's largest industrial base of casual apparel fabrics
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PART 1 SITE ANALYSIS Location
Analysis of land-use Situation Legend
Quanzhou
Quanzhou Port is the starting point of Maritime Silk Road.
the location of our project in Fujian Province
Shishi
Shishi , Chinese clothing city, got an output value of 5 billion RMB in 2011, accounting for 12.8% of the city's textile and garment industry output.
the location of our project in Quanzhou City
City center
Types
Area （hectare）
Proportion （%）
Residential Land
265.09
24.54
Administrative Land
4.93
0.46
Educational and research sites
14.77
1.37
Religious Sites
0.18
0.02
Commercial Facilities Area
5.62
0.52
Industrial Land (II)
87.31
8.08
Industrial Land (III
305.01
28.24
Traffic Land
50.81
4.70
Supply Facilities Area
0.95
0.09
Environmental Facilities Area
18.51
1.71
Special Land
1.36
0.13
Port Land
31.34
0.13
Constructed land
785.86
72.75
Waters
122.48
11.34
Forestry Land
171.83
15.91
Total
1080.18
100
THE SITE The land of Shishi New Dyeing industry Cycle Development is around 10.80 square kilometers Panorama of the Park
the location of our project in Shishi City 02
Thermal Power Plant (TPP) in Hongshan
Jinshang Sewage Treatment Plant
Existing village
PART 2 Characteristics Advantages VS Bottleneck Transportation Surrounded by sea , transportation is convenient Facilities
Industrialization VS Urbanization •
Thermal Power Plant, Sewage Treatment Plant,etc
Chain
Complete textile and garment industry chain and industry
s
support system
Market Share Accounted 60% to70％ of Quanzhou Textile Industry a
• •
Resource Consumption VS
Single type of industrial structure, resulting in a single 单一型产业结构，导致社会层次单一
Dyeing Characteristics：
community
Energy intensive +
A lack of positive interaction between local residents and
High pollution
immigrants .
Characteristics of NDI in
园区外来人口较多，与当地村民文化、生
活方式缺少良性互动 OEM business is prior, low quality of industrialization.
and 10% of that nationally.
ECER
Shishi ： short industrial chain, simple process , old equipment and extensive management
LandSpace
Only 46.1 hectares area are available, much depend on the city renewal. Measures of ECER took in Shishi：
Water Resource
Employment Resources
During 2005 ~ 2010, dyeing cloth production of fresh water
The percent of per capita water resource is 318 stere, accounting 8.44% of the average number
withdrawals from 4 tons per hundred meters down to 2.5
provincially.
tons/hundred meters, dyeing cloth production water power
Service infrastructure in some coastal area and
production comprehensive energy consumption by 59 kg
usage effectiveness back from 7% to 15%, dyeing cloth the working conditions of SMB are poor which
Low Urbanization
BiaoMei/hundred meters down to 50 kg BiaoMei/hundred
made many workers stay away. The expansion of industrialization squeezed the space of city Scientific Research Capacity
R & D capability is weak,
development, there is no centralized of land resources.
homogeneous competition is obvious.
Products mainly sale in domestic market,
In April 2011, radically coal-water slurry thermal power plant project put into production, alternative fuel to clean energy. On January 1, 2012, central heating launching the Hongshan
The third industry development motivation is insufficient, unable to Low Product Export proportion
meters.
drive the park surrounding the urbanization.
export ratio is low, merely 5.24%.
Thermal Power Plant, implementation for low pressure steam instead of coal-fired boiler, concentrate area so2 and nox emissions cuts. By the end of 2013, all conduction oil furnace, coal yards, coal boiler and chimney will be dismantled.
Industrial Advantages Faded
City Development Lack of Motivation 03
Large Room for Energy Conservation and Emission Reduction (ECER) * ECER: Energy Conservation and Emission Reduction
PART 3 DEVELOPMENT STRATEGY From Red Sea to Blue Sea
PART 4 PLANNING SCHEME Industry Planning National Centeral Fishing Port in Xiangzhi
TPP in Hongshan
Alternative Industry breakthrough development bottleneck
Infrastructure
From township to Industry Park
+
First Class Fishing Port
Industrial Relations
Jialong Petrochemical PTA
+
Raw Material Advantage
Jialong Petro PAT raw material（Houhugang Industrial Park）
EP
MFFSA
Mud Coal ash
CRWR
BMM
DA&PF
the Grid
refrigeration
Multiple industry promote urban competitiveness
TPP
NFSB
steam
Waste water
RPFB
DFB
Info&Tech
Waste fabric
SRIIB
Investment for Edu. & Tech.
Recycling industry boost ECER 04
CBSMSE
Logistics
PFDPF
Sanitary landfill
solid waste steam
GPF
Logistic
EP
Residents
Info&Tech
From Consumption to Cycle
PFDPF
Waste fabric
MFFSA: Marine Fishery Food Storage Area CRWR:Center Of Renewable Water Resources NFSB:New Fabrics Synthetic Base GPF:Garbage Processing Factory RPFB:Regenerated Polyester Fiber Base DFB:Dyeing Fabric Base CBSMSE:Clothing Base Of Small And Medium Sized Enterprises SRIIB:Scientific Research Innovation Incubator Base PFDPF:Polyester Fiber And High Performance Fiber DA&PF:Dyeing Auxiliaries And Polyester Fibre
PART 4 PLANNING SCHEME Spatial Planning leg end
Land Development
Tyoes
Area （hectare）
Proportion （%）
Residebtial land (RL)
168.93
15.64
Secondary RL
62.42
5.78
Commercial lad
5.36
0.50
Third RL
101.15
9.36
32.65
3.02
Adminstrative land
8.81
0.82
Cultural Facility Land
4.54
0.42
Educational Land
19.30
1.79
Recent land staging area
Public Land (PL)
Road system
Urban freeway City roads City secondary roads
Green Landscape
Points
Avenue
Open space
Waterfront landscape zone
Industrial Distribution
Sharing coastal large public municipal facilities Guiding industry development
MFFSA
CRWR
SRIIB
SRIIB
NFSB TPP
GPF
RPFB The coastal industrial axle
4.36
0.43
Industrial Land (IL)
424.26
39.28
Secondary IL
101.61
9.41
Third IL
322.65
29.87
Warehouse Logistics Land (WLL)
29.14
2.70
Traffic Land (TL)
147.72
13.68
City Road Land
145.22
13.44
Transport station land
2.5
0.23
Poblic Facility Land
Corridor
core
Commercial Land (CL)
44..37
4.11
Supply Facility Land
0.93
0.09
Environment Facility Land
43.44
4.02
162.76
15.17
Green and Plaza Land
Axially.
Parallel Axis of industry
Complex function of urban development Provide quality service industrial platform
45.19
4.18
Protective green land
117.57
10.88
54.73
5.07
Port Land Constructed Land Army Land Waters Total
05
Park land
1069.19 1.36
0.13
9.63
0.89
1080.18
100.00
Project Location: Shenzhen China Project Type: City renewal planning,Group Work(3 Persons) Scale: 13.03ha Project director: Pu Zhidong Role: background analysisďźŒplanning layout space
New Skyworth Electric Area Urban Renewal Planning
Project Introduction The site is located in the western part of Shenzhen City Gongming center, close to the city's main thoroughfares White Pine Road, about 200 meters away from the rail line six Gongming Square Station, development and construction land area 97955.4 ㎥. Updating unit in the industrial development of positioning guide, based on the level of planning requirements, relying on regional advantages main road and rail line 6 site, improving land utilization value, stimulate the development potential of the region, "Green, wisdom, innovation," the city's comprehensive body as a carrier, creating white pine the way the first city highlights.
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PART 1 BACKGROUND Internal Demand
External Demand
Skyworth was founded in 1988, headquartered in Shenzhen, with more than 35000 employees.
Area Image
Skyworth has been among the world's top ten TV brands, Chinese display industry leading brands. and China Electronics hundred thirteenth, 2013 Skyworth brand value of 48.507 billion yuan.
Shennan Road——The main avenue of Shenzhen, gathered many landmarks of Shenzhen
Aims: In 2015,sales revenue reached 50 billion yuan . In 2019,sales revenue reached 100 billion yuan. To achieve the goal of ten billion annual tax.
Housing Demand
资金瓶颈
安居需求
4-fold growth in highend talent.
,
Financial Bottlenecks
Industrial Promotion
产业提升
Removing & Renewing need capital
？
Enterprise Transformation
Songbai Road——the main Road of Guangming New Distrcit，what's besides of it？
?
！
funding gap How to Raise investment funds
How to Maximum land value
talents pressure
funding gap
location Advantages
talents settle
Financial bottleneck
Value promotion
How to retain advanced talents
in the future, Songbai Road needs a 07
highlight
.
PART 1 BACKGROUND Opportunities 1、The westward move of Gongming Square station site up dated unit sphere of influence into the orbit of the site area increases, improved accessibility of updating unit.
2、Songbai Road‘s width widened from 70 meters to 88 meters, the transition from rapid way for the city to assume the function of the main life road , along the road block set forth requirements for the development of integrated functions.
外部交通条件的提升 资金瓶颈
400
Center line
米
Gongming Square station
pavement
Cycle way
motorway
motorway
cycle way
pavement
Center line
pavement
auxiliary road
creeks
motorway
motorway
auxiliary road
pavement
Metro Line 6 reserved land
200
Gongming Square
米 station
interaction between transportation and land has been enhance d ,to make the most use of land is the objective requirement of updati ng units' development currently . 08
PART 2 SITE STUDY Location
Landuse So n gba
C3 周边环境
Ren min D
公明广场站
M1
Chu ang
North site
ye R OA
Chu ang w e i RO AD
ROA
commercial center Gongming square
SITE
D
C1
Honghua park
合水站
i R OA
D
current volume rate：1.45 Area of Demolition：13.03hectares Demolition of building area： 188947 ㎡
Jiahong
Factory building
09
code
land types
area（HA）
current construction area（10 thousand ㎡）
ownership
M1
IL Level 1
11.49
16.94
Skyworth Group
C1
CL
1.39
1.95
Jiahong electromechanics
C3
Service land
0.15
total
13.03
Jiahong electromechanics 18.89
PART 3 STRATEGY TOD Mode Vice city center City Mcenter M
1）City TOD City- level TOD：Hong Kong Tsim Sha Tsui Station Located in the city of economic and cultural activity centers; with the highest intensity of development, employment-intensive area, a small amount of high-density housing, a large number of retail and cultural activities point; large capacity rail transit (including rail transport), bus rapid transit and conventional bus lines, ferry and taxi, located more rail lines interchange is the transportation hub of the region, walk to the site in less than 5 minutes; to serve the people of the city and the whole
region. City district – Level TOD：Hong Kong Tseung Kwan O Station Vice city center
M
City center
Located in the economic and cultural center of the district, the development of lower intensity than the city-level, intensive commercial office area, mixed commercial and residential area, the commercial and cultural center of the region, public service facilities to government offices and other community-based local services; led to mass transit, supplemented by regular bus lines, taxis and bicycles, traffic rendezvous area, 5-10 minutes walking distance can get there; the service of the local residents and members of the public to the site as a destination .
M
M
community
Vice city center City center
2）Community Level TOD：Hong Kong Tsing Yi Station Located at Community public activity center , and with the surrounding residential areas and other urban centers have good contacts in the trunk of urban public transport network. Located in the center of multiple communities, development of strong intensity, density distribution is more uniform, with residential development mainly focused on the development of commercial sites combined, public service facilities for education and other community service-based sports medicine; to rail-based, secondary with regular bus lines, bike, and many more at the end of the track; 5-10 minutes walking distance can get to station; served on a number of
community residents to track commuting. M
community
Reference of Updating on TOD ——City-district LevelTOD ① In terms of land function, there are within 200 meters of commercial, office, public transportation, public services, the main function of the strong attractio n;
Here mainly located various types of office, residential and commercial, public service facilities wit hin 200 to 500 square meter ② On the development intensity, we learnt to develop the strength of city-distict TOD, updated the gross floor area ratio of 3.0-4.0 (FAR 4.0-5.32) between volume selecting appropriate rate. 10
project in
PART 4 DEVELOPMENT INTENSITY STUDY FAR calculation The status quo of <statutory plan>Jiahong electromechanical ’s block FAR control in 1.5-2.0 ; New Skyworth Electric block FAR at 1.0-1.5. Our plan based on <the technical guidelines of determining FAR>, adjusting FRA of update units as follows： Calculation Method
Formula
According to <Shenzhen Statutory guidelines to Determine the Technical Preparation of the Volume Rate Plans>(trial version) , The project is located in the FAR guidelines Ⅳ density zoning, residential FAR was 2.2,, industrial FAR was 4.0. RL blocks’ FAR is determined as follows： FAR Planning＝FAR Basis×（1+ A1）×（1+A2）； Among which：FAR referred to the corresponding density zoning land reference volume ratio A1, A2 as the micro-regional conditions correction factor, namely land size coefficient, transportation correction factor. project area:13.03ha , A1 = -0.5, A2 = 0.8 FAR mixed＝FAR1×K1+FAR2×K2+ FAR3×K3…； Among which：FAR1, FAR2, FAR3- the land can undertake all types of single land-based functional FAR; K1, K2, K3- denote various kinds of functional architecture of the land area of the proportion of the total area of the building
Subdivisions calculate FAR index
FAR（R）=FAR（Basis） × （1+ A1） × （1+A2） =2.2 × 0.5×1.8=1.98 FAR（Mixed）=FAR（R） ×K1+FAR（CL）×K2 =1.98× 0.49+4.0×0.51=3.01 Total Construction =3.01×13.03=39.22（10 thousand ㎡） The land area of calculation FAR : 9.8ha, net FAR=39.22/9.8=4.0
Project ‘s public contributions
Contributions of Personnel Housing The plan will provide 76,980 square meters of personnel housing real
estate for government, it
accounted for 38% of the total
residential area.
Contributions of land-use planning road land area : 17,982.1 square meters Primary school land area: 11,532.3 square meters Refuse transfer station : 640.5 square meters
In the urban renewal unit, providing not only service to this unit, roads, public service facilities and municipal infrastructure, may be given on the basis of the respective FAR reward land contribution rate.
green space : 2216.2 square meters
Land contributionrate reached 24.84%.
—— <Shenzhen Statutory guidelines to Determine the Technical Preparation of the Volume Rate Plans>
Conclusion：
Through economic feasibility analysis, development intensity at 4.90 in the
Taking into account the development needs of the industry, the contribution of land and facilities, as well as the project payback period is longer (eight years), has a high risk, according to <Shenzhen Statutory guidelines to Determine the Technical Preparation of the Volume Rate Plans>chapter 15 and 16 provides that "the FAR can be given appropriate incentives based on the contribution rate of the land" and therefore may increase appropriately the intensity of development .at the sane time ,according to project economic calculation ,when the development intensity was 4.90, C & D than in case of 1: 2.54, the basic economic balance can be achieved. So the
Economic Feasibility Analysis
project will eventually set the volume ratio of 4.9.
11
case of a total investment of this transformation was 3.084 billion yuan, both to meet the needs of the construction industry in the area, and special studies.
PART 4 PLANNING SCHEME Land-use Index
List of Tech & Eco Indicators of Development and Construction Land
List of Demolition and Construction Area Project Name
Project Name
Quantity
Quantity 97955.4
construction land area (㎡)
05 03 01 04 06 07
Demolition land area (㎡)
130326.5
Development and construction of land area（㎡）
97955.4
Others（㎡）
32371.1
02
Productive and protective green area(PPGA)
2216.2
primaryschool land
11532.3
Refuse transfer station land area
640.5
08
90
Garbage collection point
09
Renewable resource recycling
among
100
point
construct ion
residence
17982.1
Road Land
Public toilets
100
Sanitation workers Lounge
20
479980 202580 （including personnel housing 76980）
Total floor (CFAR) (㎡)
Commercial
28180
Industrial housing
171360
Supporting industries
69430
Public facilities 12 classes kindergarten
8430 3600
Community Health Service Center
800
Community Culture Room
2500
Community committees
200
Community service station
300
Community Policing
50
Mailroom
150
Property management
830
Maximum Height （m）
250 55
Green coverage rate（%） 24.84
Land contribution rate（%）
Industries and Supporting ： Housing and Supporting =51：49 Land No.
Code
Types
PPGA
Area（㎡）
1197.2
volume rate -
planning population
7765
FAR
4.9
Total ratio of floor area (square meters) Housing
Commercial
Industrial housing
Supporting industries
Public facilities
Total
-
-
-
-
-
-
Building coverage
Green coverage
Building height limit （㎡）
parking
-
90%
-
-
01
G2
02
G2
PPGA
1019
-
-
-
-
-
-
-
-
90%
-
-
03
R2
Secondary RL
6098.5
4.56
19450
8180
-
-
150
27780
45%
50%
100
337
04
M1
IL Level 1
5480.1
5.28
-
-
20240
7820
850
28910
45%
50%
100
360
05
U5
Sanitation land
640.5
-
-
-
-
-
310
310
30%
60%
12
-
06
GIC54
primaryschool-use land
11532.3
-
-
-
-
-
-
-
20%
40%
24
11
07
R2
Secondary RL
18747.2
4.26
69590
6000
-
-
4280
79870
30%
60%
100
832
08
M1
IL Level 1
34417.6
6.27
-
-
151120
61610
3150
215880
45%
60%
250
2773
09
R2
Secondary RL
33212
3.84
113540
14000
-
-
-
127540
28%
60%
100
1399
remarks
Demolition and reconstruction Demolition and reconstruction Demolition and reconstruction Demolition and reconstruction Demolition and reconstruction Demolition and reconstruction Demolition and reconstruction
PART 4 PLANNING SCHEME The use of green technology
Building layout plan
Built outdoor ventilation optimization
Renderings
•
Architectural design with the surrounding existing buildings to form a good natural ventilation channels that can lead to natural wind downwind areas to ensure that the surrounding buildings also have good outdoor air environment.
•
Most of the regional wind speed is less than 5.0m / s, suitable for outdoor activities staff, part of the region is relatively large wind speed, wind speed of about 4.5m / s. (Dominant wind ESE)
•
Windward side of the cut in wind velocity through the landscape design.
•
Residential buildings can be arranged in the bottom of the overhead beneficial natural ventilation throughout the building area, improve indoor air environment.
Outdoor Noise Environment Optimization • Traffic arrangements trunk side stairs, corridors and other auxiliary functions room, isolated road noise; • The formation of the municipal road noise through the green protective barrier configuration;
Site construction daytime noise level maps
Construction site at night noise level maps
Building regional staff activities height velocity vector graph
Building regional personnel activity level wind cloud
• Along the facade windows are soundproof good performance double glazing to reduce interior noise; • The building itself is to
focus on the floor, doors and windows acoustic design, public buildings to avoid the effects of noise and inter-office residential building tenants。
Facade daytime noise level maps (northwest)
Building facade at night noise level maps (northwest)
13
windward side pressure graph
Leeward side pressure graph
Project Location: Yunfu China Project Type: Regulatory Plan,Group Work(3 Persons) Scale: 273.68ha Project director: Pu Zhidong Role: Site analysisďź&#x152;Control factors analysisďź&#x152;Urban image
Pan Longtian Lake Area, Yunfu Regulatory Detailed Planning and Urban Image Project Introduction The project is located between the middle of the old town and stones factory, and with echoes of Nanshan Forest Park. Planning Area 273.68 HA. Combined with consideration of the conditions and opportunities for development,, the development orientation of Pan Longtian Lake Area: Yunfu City, image display, foreign exchange urban living room. According to the plan orientation, the planning area will be residential, entertainment and public facilities-based services, and through the urban road network system and Beaulieu-day lake, green landscape and other green systems in series into a harmonious unity of organic whole.
PART 1 LOCATION
Guangdong province Yunfu
Stone Quarry
North Residential Group
Stone Base
SITE
East Residential Group West Residential Group
Old city Centre
Administration Centre
South Residential Group Project photo 15
PART 2 CORRENT SITUATION ANALYSIS Landscape style, four dstricts messed
Central Location, Marginal Status Central location As the connection between Old Town, New Town and the industrial zone bond.
3A tourism resources VS Uneven Building Style
INDUSTRIAL ZONE
Ownership Complex land ownership within the scope of the project, part of the land ownership is not clear, less state reserve landă&#x20AC;&#x201A;
INDUSTRIAL ZONE
OLD TOWN
Ownership mixed,three-old transformation
NEW TOWN
Public supportING Facilities Serious lack of public facilities district project sheet village collective land State reserve land Individual enterprises land State-owned enterprise land No sign no transfer land
Community Service Medical Facilities
Rich water resources area
Plaza Green Land
three-old transformation Except the existing mountain, water land, more than 70 percent of land remaining land has been included in the "three old" transformation plan.
School
Traffic
Near term plan to carry out projects focused on the development of high intensity (FAR frequently 4-6), and the requirements of low-density development of scenic spots around Beaulieu contradiction.
No system of road network and road facilitiesďź&#x203A;lacking hydrophilic trail.
Mess Layout
PARKING three-old transformation land
GAS Station
under construction land
16
PART 3 PLANNING CONTROL FACTOR Influential Factors
Maximum Heigth
FAR
Influential Factors： Mountain height Weather station 60.80
construction site elevation
Maximum Height ≤36M
FAR≤1.5
137.00
main mountain elevation
Maximum Height ≤70M
1.5 ＜FAR≤3.0
101.40
Weather station elevation
Maximum Height ≤100M
3.0 ＜FAR≤6.0
Educational Facilities
Landuse Planning
Residential Residential And commercial Commercial Facilities Schools
Service radius ≤300M
Medical
Service radius ≤500M
Art media
Service radius ≤1000M
Supporting facilities Security facilities
kindergarten
Green Space
Primary School
Square
Junior Middle School
Water
17
PART 4 City Image City Layout Image
Area Node Images
city skyline image
18
Project Location: Kaihua China Project Type: Urban Design , Group Work(5 Persons) Scale: 343ha Role: Strategies , Concept ,Core area design
Huabu Area , Kaihua County Urban Design A STORY ABOUT A RIVER
Project Introduction The Theme of the planning is ecology, inheritance and reconstruction , including the continuation of the ancient town of memory, retain water system characteristics, historical and cultural penetration; while "fine-scale" as an urban design strategy, create a pleasant small-scale, sophisticated city landscape.
PART 1 SITE STUDY Location
History Bu（埠） means wharf or the inlets which is near the bay (it meant the same as bu步 in ancient time), such as Benbu, Waibu, Chuanbu. Also, it indicated the foreign trade cities, such as Kaibu and Shangbu.
CENTER TOWN Zhejiang
Huabu
INDUSTRIAL ZONE
Chuzhou
TOWN
COMMERIAL
PORT
Huabu was founded in the end of Tang Dynasty, it was then called Huachuan, a place for anti -garrison. The town is surrounded by water in three directions and by mountain in the fourth. due to its perfect location. Huabu has been the transprotation hub for timber, salt and porcelain among Zhejing, Anhui and Jiangxi. What’s more , Huabu won the name of Little Shanghai for its prosperity.
SITE
Chuzhou Kaihua
SITE
20
PART 1 SITE STUDY Riverbank Use
Land Use
AGO
Waste Land
NOW Residential
Public
Residential Commercial And business Facilities
Waste Land
Industrial Public Services Warehouse Green Space
?
FUTURE 21
PART 2 STRATEGIES SCALEâ&#x20AC;&#x201D;â&#x20AC;&#x201D;delicate & small
Small-scalespace Feature Imtimacy
Permeability High accessibility and permeability
SsA can increase awareness of urban humanities; strengthen interpersonal communication
Interesting
Practicability high practicability and flexibility of small-scale land availablity
The sophisticated and flexible features, can build a diversified space
100m 100m
Small-scale Apace (SsA)
Identifiability
Belonging
Clear City Image in small-scale apace
high assessibility adn short walk from multiple patches can enhance the sense of belonging
100m 100m
Barcelona Style small neighborhoods in urban areas
22
Melbourne Style small neighborhoods in urban areas
PART 3 CONCEPT Core Area Concepts
Basic concepts Analyze background
Build axis
Radical reform
Connect both the Ancient and the Current
The Defining Plate
the Defining Centre
Dredge axis
People-centred Construction
23
PART 4 Core Area Design General Pla n Waterfront Residence Ecological Park Villa Area Leisure Area Tourism service Hospital Primary school Junior Middle school Shopping mall Waterfront Residence and Commercial-use Catering-use Theme Cpmmercial-use onshore Entertainment Huabu Inn Waterfront Cinema Vitality Harbour
PART 4 Core Area Design Function Structure
Waterfront Inn
Special Catering
Commercial Street
Waterfront Cinema
Ecological Park
Entertainment
Tourism Recept
Vitality Harbour
Waterfront Commercial Street 25
Theme Catering
Tourism Services
PART 4 DRAWINGS Planning Drawing
Waterfront strategy
Road system
Green space system
Natural Waterfront
natural City
Group green space Street green space Park green space Waterfront green space Green area for environmental protection
Region Road Main Road Secondary Road Branch
Natural Waterfront
Mixed Waterfront
mixed Waterfront Residential
Recreational Belt Dyke
Eco-hiking circle Waterfront riding route
Community walking net
Artificial Waterfront
artificial Block riding route
Commercial Walking Circle
Trraced Entrance Plaza
Old town walking net Waterfront landscape circle
Walking System
Old town experience route
riding route 26
Waterfront Outdoor Amphitheatre
ONE application platform FOUR exhibition CORRIDOR Community Wisdom Center
Project Location: Nanchang China Project Type: ,Group Work(2 Persons) Scale: 33.87ha Responsibility: plan scheme
Luen Thai Jiulong Lake intelligence Community Planning Projects Project Introduction Nanchang Honggutan is the experimental unit of the first national smart city pilot issued by the Ministry of Housing and Urban in 2012 , the project that is located in the film area. The function of land for residential land and industrial land wisdom. Planning for the project intends to Nanchang intelligence community demonstration bases.
PART 1 PROJECT BACKGROUND Smart City In China
ICF——the most authoritative Institution of Smart City Evaluation
There are 90 experimental units of Smart City in 2012, among which 37 prefecture-level city,
Evaluate Factors
district (county) 50, the town of three pilot cities to create a period of 3-5 years Chiang Ching-kuo, the Ministry of Housing and organizational assessment, pilot cities (districts, towns) were evaluated by assessing, rating from one-star to three-star. Broadband connection
List of the first Smart Cities BEIJING
ZHEJIANG
SHANGHAI
Demonstration District Of Zhuzhou
JIANGSU
Zhuhai、Panyu District Of Guangzhou、 Luogang District Of Guangzhou、 Pingshan New District Of SHENZHEN
Pudong New District Wuxi、Changzhou、Zhenjiang、 Taizhou、Hexi NEW District Of Nanjing
Drumbeating
Zhuzhou、Shaoshan、Yunlong
Marketing
Zhaodong、Zhaoyuan、Huayuan
HUNAN
SHANXI
Skills
HEILONGJIANG
Wuhan、Jianghan District Of Wuhan
Lasa
Resource intensive
Liaoyuan、Xinshi
HUBEI
TIBET
Medical & Health
JILIN
Zhengzhou、Hebi、Leihe、Jiyuan、 Xinzheng、New District Of Luoyang
Wuhua District Of Kunming
ACCESS
Hunnan New District Of Shenyang、 Eco&Tech City Of Dalian
HENAN
YUNNAN
* E F C
E-GOVERNMENT
LIAONING
Dongying、Weihai、Dezhou、Xintai、 Shouguang、Changyi、Feichang、West District Of Jinan
Tongren、Liupanshui、Wudang District Of Guiyang
Talents Channel
Wuhai
GUIZHOU
Reducing Bureaucracy
INNER MONGOLIA
SHANDONG
Yaan、Wenjiang District Of Chengdu、PI
Creativity Work
Taiyuan、Changzhi、Pinglu District Of Suzhou
SICHUAN
Creativity Capital
Shijiazuang、Qinghuangdao、Weifang、 Nanping、Pingtan、Cangshan District JIANGXI Handan、 Honggutan New District Of Nanchang、 Qianan、New District of Beidaihe Pingxiang SHANXI
Nanan District、Liangjiang New District
Coordination Capital
HUJIAN
Direct Competition
HEBEI
Marketing and publicity
CHONGQING
Public relations
ANHUI
Sustainable development
Wanning
Open Access Network
Jinnan New District、Eco City
Wuhu、Tonglin、Bangbu、Huainan
TIANJIN
Innovation
HAINAN
Development Policy
Weizhou、Jinhua、Zhuji、Zhenhai District Of Ningbo
Government Network
District、The future of Tech City
Dongcheng District、Chaoyang
knowledgebased labour
Xianyang、Yangling
NINGXIA Wuzhong
XINJIANG
Cities won the highest awards over years
Kuerle、Quntun
GUANGDONG
On Dec.5th, 2012，the Department of Housing and officially issued "on the development of national smart city pilot work," and issued a "national smart city pilot Interim Measures" and "national smart city (district, town) pilot indicator system (Trial)", the index system with particular emphasis on
the smart community as a cell smart city, to the smart community as a starting point to build smart city network.
SMART COMMUNITY Digital community management and services, convenient, intelligence level,
including community service information push, information service system covering, building communities sensor installation, operational security, and other aspects of the community. •
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EFC : Expand the financing channels
PART 1 PROJECT BACKGROUND “Smart Community “ New Elements Technology - not only make the city more closely with people, but also prompted the relationship between people.
Broadband Connection
Internet Broadband, the basis of the exist Smart City
Community service for the protection of safety, convenience, comfort, healthy environment
Community Services
Smart Innovative Employment
Low-carbon and green
Wisdom
√ √
Innovative employment are the keys to create intelligence community economic growth
Green carbon-oriented development to achieve balanced and sustainable communities
Project Aims Chinese Joint Society for Urban Studies (Research Center for Digital City project, a low-carbon eco-city research center), Shenzhen Institute of Building Sciences, the integration of global quality suppliers (IBM \ Schneider \ Honeywell), to
create life, production, ecology as a whole, the national intelligence
community demonstration base.
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PART 2 SITE STUDY Location
AREA：33.87ha FAR： 2.2
Nanchang HSR Station
LOCATION：Honggutan District, Gan River
Nanchang
FEATURE：Near the HSR station
SITE
Far from the city Weak supporting facilities
Jiulong Lake
Land Use
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PART 3 PLANNING SCHEME ONE Community Wisdom —— Build a research and development base in cooperation with Luen Thai wisdom to build industrial incubators.
Exhibition Hall
SOHO Liantai Wisdom Centre
Community College
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Ecology Science and Technology
Financial Services
Building Economy
Commerce and Logistics
Inn and Catering
Cultural Innovation
Tourism Exhibition
Information Software Services
Eight Industrial Groups in Honggutan New District
Community College（Wisdom） Three Cooperative bases（Things, construction, health） One Digital Centre National Oriented Wisdom Hall
PART 3 PLANNING SCHEME FOUR application platform CM
HS
CC
SH
EM
RH
IT
CS1 CS2
OE
FT
SG
HD
HM
TM
AR
EC
CENTER
R
C
HEALTH
SAFE
SMART M
LCARBON
Build an integrated technology platform Expand the application in four directions CM：Community Monitoring HS：Housing Security EM： Emergency Management RH：Remote Housekeeping IT：Intelligent Traffic FT: Food Traceability SG： Smart Garage HD：Home Doctor HM：Health Monitoring TM：Tele-medicine AR：Appointing Registration EC：Emergency Call
CC：Community Canteen SH：Smart Housing CS1：Convenience Services CS2: Community Shopping OE：Online Education EM：Environmental Monitoring ECM：Energy - consumption Monitoring GA：Green Architecture GC： Green Commuting RWR：Reclaimed Water Recycle IL：Intelligent Lighting CRC： Carbon-Rate Calculation 32
SOHO WIFI
EM
ECM
GA
GC
RWR
IL
CRC
PART 3 PLANNING SCHEME CORRIDOR
Build Wisdom Corridor——Exhibition & Experience Corridor A length of about 1.4km throughout the land Connect Internal Architecture
connect public supporting facilities
Air Runway
Wisdom experience Venues
Straightforward to the outside park 33