Frederick has more than 15 years’ experience on building physics and sustainability consultancy areas, particularly focus on practising in East Asia region countries. He built the Arup Building Sustainability Teams in Beijing and Shanghai offices since 2005, and now leading the team in Shanghai. His experience covers design and consultancy advisory works related to sustainability, carbon emission reduction strategies, energy, and environmental issues for various types of projects, which covered urban design, city & district planning, building design and corporate operation. He also actively involved in promoting green and sustainable design standards via participating in various committees, including government authorities, international green building councils. In this talk Frederick touches upon Sustainable Regeneration – from Old Shanghai to Post Expo age.

1. 城市最佳实践区低碳生态规划和建设
UBPA (Urban Best Practice Area) Low Carbon
Planning & Implementation

2. 城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
Project Boundary
0 300 600 1500m
• 上海世博会园区用地面积：5.28平方公里
• Site Area of EXPO Shanghai: 5.28 square miles
• 城市最佳实践区(UBPA)用地面积：15.08公顷
• Site Area of UBPA Site: 15.08 Ha
上海世博会园区
EXPO Shanghai
城市最佳实践区UPBA

3. 上海世博城市最佳实践区
Shanghai EXPO UBPA
Development
总建筑面积：24万
上海，中国，2012-2017
业主：上海世博发展集团
区域能源方面奥雅纳提供的服务
Arup Scope of Work on DES
 区域能源系统模拟与分析District
energy consumption modeling and
analysis, targeting at LEED ND
 区域能源系统改造工程咨询
Consulting of district energy system
renovation
 能源系统的运行优化Optimization
of district energy system operation
EXPO Shanghai UBPA Implementation
We provided holistic design solutions from
planning to design review, as per requirements in
LEED-ND Stage 3 certification
CITY INFRASTRUCTURE

4. 城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
Project Characteristics
城市最佳实践区改建的面积占总建筑面积约45%，是项目
独特的特点之一，为其他城市提供现有建筑改造参考。
One of characteristics of UBPA site is inclusion
of large portion of building renovations, it
covers 45% of total GFA of the site.

5. 城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
Project Characteristics
城市最佳实践区通过约10万平方米的新建项目，提供将
来扩大整个世博园区实施低碳管理模式的范例。
The new constructions, with more than 100,000
sqm, within the site will be implemented with
Low-carbon design and management concepts.

6. 城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
Project Characteristics
Building
Infrastructure
Transportation
Energy Supply
Saving
Consumption
Operation
供应结构
Fuel
碳汇
Energy
Demand
CO2
Emission
Caron Sink
在城市最佳实践区公共空间约占总面积的30%，其中绿地
具有固碳能力，而公共空间可以实施低冲击开发模式，
作为整个上海公共空间的低碳发展示范。
Overall Carbon Management hierarchy is key
demonstration of the project. Greenery Ratio
within the site is around 30%, and plantation is
selected with carbon sink function as well.

7. 城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
LEED-ND Neigborhood Development
• A Rating system based on combined principles of smart
growth, New Urbanism, and green infrastructure and
building.
• Developed by USGBC, the Congress for the New Urbanism
(CNU), and the Natural Resources Defense Council
(NRDC)
• A label and a guideline for both decision making and
development to provide an incentive for better
location, design, commercial and mixed-use
developments.
启用评估体系推出试行项目推出正式版本接受认证申请

8. 城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
LEED-ND Certification

9. 北京(3)
重庆(1)
武汉(1)
广州(1)
佛山(1)
城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
LEED-ND Project Reference
中国LEED-ND认证项目
项目名称城市评价等级
LEED ND (试行版)
1 北京奥运村北京金奖
2 武汉天地综合开发武汉金奖
3 重庆天地新城重庆金奖
4 广州金山谷项目广州认证
5 北京当代MOMA 北京认证
6 北京赛洛城项目北京认证
LEED ND 2009(正式版)
7 佛山岭南天地项目佛山金奖
• 98 LEED-ND projects all over the
world, 6 Platinum, 38 Gold.
• 7 LEED-ND projects in China, and
4 Gold. Arup provided LEED
advisory service for 3 Gold
certified projects.
• FuShan Project is the first official
LEED-ND Gold project in the
world.
• Another 11 projects were
registered

10. Smart Location and Linkage
项目选址及周边联动（SLL/15pts）
Preferred Locations
选址
Ecology
生态
Reduced Automobile
Dependence
周边交通
Site Design
规划
已事先开发的场地
Previous Developed Land &
Brownfield Development
场地内无湿体或水体
No impact to ecology and wetland
system surroundings
场地内无洪灾区
Comprehensive Flood Prevention
Plan
场地内无濒临物种或生态群落
No Imperiled Species and
Ecological Communities
毗邻项目场地有2个地铁站，并且现
有公交站中多于15个将被保留
Well public transportation
connection with more than 2
subway stations and 15 reserved
bus stations
Connected with City Bicycle
Links with New Design Parking
距离项目地理中心400米的步行范围
内的全职岗位数量等于50%项目周边
所有已建住宅单元数量
Balanced of Housing and Jobs
Proximity, 50% provision within
400m boundary
城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
Certification Requirements

11. Neighborhood Pattern and Design
社区模式及规划（NPD/23分）
Streets Plan
街道
Neighborhood Development
社区
Community Plan
交通
Development
发展
对于步行街道规划要求总共16项指标中的七项指
标均已达到
Well designed on walkable streets
项目边界外围400米范围内有200-300个交叉口
Sufficient and Efficient Intersection
Arrangement
项目拥有无障碍设计道路
Full Compliance on Visitability and
Universal Design
街道树木的平均间距不超过12米
步行道路长度的40%以上设有树荫或遮荫设施，并
且景观规划实施十年内树木必须能提供遮荫
Tree-Lined and Shaded Streets Design
规划建有约5栋商业服务建筑
Comprehensive Mixed usage design with
commercial and office preovisions
90%的建筑单元出入口位于距离项目开放空间
（如广场，公园及大于670平方米的开放区域）
400米内
Convenient and sufficient Parks, Open
Area, and Plaza design
可到达的室外健身设施占地至少4046平方米，
室内覆盖90%以上的住宅和非住宅入口的802米
步行范围内的健身设施至少2322平方米
Full provision of community facilities,
i.e. stores, gym, etc.
对新建建筑自行车停车及存放
New internal cycling path
and parking link with city
network
满足公共交通设施规划要求
Convenient and clear
connection with public
transportations.
建有TDM管理项目以及
停车区域不绑定租售
Planned TDM approaches
紧凑性设
(项目内无住宅建筑；
项目商业建筑密度：2.59 FAR)
High residential and
commercial development
density
专家研讨会的开展
Neighborhoods engagement
program
城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
Certification Requirements

12. 城市最佳实践区低碳生态规划和建设UPBA Low Carbon Planning & Implementation
Certification Requirements
Green Infrastructure and Buildings
绿色建筑及其设施（GIB/20分）
Green Building
绿色建筑
Energy Efficiency
建筑节能
Environment
Protection
环境保护
Infrastructure
Management
社区设施
至少50%的项目内建筑通过LEED认证
More than 50% new buildings
certified by LEED
重利用已有居住性建筑的份额
达到基准要求
Historic Resource Preservation
and Adaptive Use
对新建建筑实施腐蚀和沉积控制规划
ESC Plan applied for all new
construction activities
90%的建筑层面面积的建筑能效平均高于
ANSI/ASHRAE/IESNA 90.1-2007 标准26%
Overall Energy conservation 26%
新建建筑室内用水效率高出基准线要求40%
Overall water saving 40%
废水回收利用达到25%
Recyclable water rate 25%
项目总体雨洪收集达到85%
Storm-water utilization rate 85%
项目采用可再生能源达到5%
Renewable energy application 5%
新基础设施(包括不限于交通信号灯，路灯，水和废
水管道)达到全年节约能耗15%以上
Energy Efficient Infrastructure -15%
室外景观灌溉用水有效减少50%
Landscape Irrigation water
reduction 50%
至少50%的新建建筑设有绿色屋顶
Green Roof and High Reflective
Roof coverage > 50%
在已开发的地点再开发并遵守ISA认
证对树木规划保护
Certified Wood
有效减少项目场地内垃圾填放
Reduction of Solid Waste
Disposal Control
设有区域供暖和制冷系统以及
至少两栋新建建筑有供暖设施
District Energy System
serving more than 80% of
loadings in Site

13. 谢谢！