r esearch and Planning Studies C ategory (Finalist) - The ...

New Construction Category (Merit)
Nokia Beijing BDA Campus
諾 基 亞 北 京 經 濟 技 術 開 發 區 中 國 園
Location
Completion Date 2008
Beijing, China
Green Building Rating Leadership in Energy and Environmental Design (LEED TM )
Gold assessment tool is employed to evaluate the overall
green building performance including building design,
internal decoration and construction methodology
Client/ Developer
Project Manager
Architect
Civil & Structural Engineer
Building Services Engineer
Landscape Architect
Sustainable Design Specialist
Leed TM Specialist
Main Contractor
Nokia (CHINA) Investment Co., Ltd.
M Moser Associates
Arup (Beijing)
Arup (Beijing)
Arup (Beijing)
Kenneth Ng & Associates Ltd.
Arup (Hong Kong) (Applicant)
Arup (Shanghai)
Beijing Construction Engineering Group
The Beijing Nokia China Campus, located in the BDA, serves as Nokia
China’s headquarters and also as an R&D base. It is a six-storey building
with two basement levels and contains office and R&D facilities, energy
centre, bicycle shed, guard house, link-bridge to existing administration
building and a covered walkway. The Office and R&D Building has
a total gross floor area (GFA) of 71,417 sq m for accommodating
2,300 employees. Master planning and design works commenced in
September 2005, construction started in September 2006 and the
project was completed in March 2008.
For indoor environment, the Campus
achieved higher IEQ Standard with 30
per cent more Fresh Air Supply Rate.
In addition, more than 77 per cent of
internal spaces are benefited by natural
lighting. Moreover, measurement and
verification plan has been developed
with the Client to verify the staff’s
satisfaction to the new environment
for every three months. For outdoor
environment, the development achieves
43% of greening ratio, while gravel
and grasscrete as roofing materials are
adopted to reduce heat island effect.
In terms of energy and water, the
remarkable construction of the campus
includes features such as a doublelayer
glass curtain wall, numerous water
conservation mechanisms such as grey
water recycling system, sophisticated
methods to reduce light pollution,
improved air ventilation, and more than
30 design techniques which have all in
all resulted in a building that reduces
water use by up to 37 per cent and energy
consumption by 21 per cent.
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