The Chicago office of Skidmore, Owings & Merrill LLP (SOM) has won an international competition to design the Greenland Group Suzhou Center, in Wujiang, China. The 358-meter supertall tower will become the defining visual landmark for both the new Wujiang lakefront development and for the city as a whole.
The 75-level building is designed to accommodate a complex mixed-use program including office, service apartments, hotel and retail on a 37,000 sm site. Sited prominently along Taihu Lake in the Jiangsu Province of China, the building's curved, tapered form unifies the office, hotel and residential uses within a single volume. The tower features a 30-story tall operable window corresponding to the hotel and residential floors, that helps drive the environmental performance of the development.
The tower's form is optimized to harness natural forces in and around the site to maximize its performance. High performance design engineering has been integrated into its design.
The Wujiang Greenland Tower's composite core and outrigger structural system use proven cost-effective construction techniques, while its unique split-core configuration of the upper floors increases the efficiency of the building structure. By placing half of the building core program on each side of the lobby and interconnecting them with structural steel braces, the combined core becomes more effective than a typical center core system while also creating a dramatic tall lobby space within.
The atrium is a key design feature of the building. It maximizes daylight penetration, facilitates mixed mode ventilation in the lobbies and public spaces, and acts as a fresh air supply source for the tower. The building is oriented to harness both the stack effect and prevailing winds via the east and west façades of the atrium.
Major high performance energy saving strategies include a high performance façade, utilizing cooler outside air at higher levels for natural ventilation of the atrium, natural light harvesting using daylight responsive controls, lighting energy optimization using efficient fixtures and occupant controls, energy recovery systems, demand controlled ventilation, and an onsite energy center with combined heat and power plant to capitalize on the overall load diversity of the development. BD+C
Related Stories
| Oct 5, 2011
GREENBUILD 2011: Brick offers growing options for sustainable building design
Brick exteriors, interiors and landscaping options can increase sustainability that also helps earn LEED certification.
| Oct 5, 2011
GREENBUILD 2011: Roof hatch designed for energy efficiency
The cover features a specially designed EPDM finger-type gasket that ensures a positive seal with the curb to reduce air permeability and ensure energy performance.
| Oct 4, 2011
GREENBUILD 2011
Click here for the latest news and products from Greenbuild 2011, Oct. 4-7, in Toronto.
| Oct 4, 2011
GREENBUILD 2011: Methods, impacts, and opportunities in the concrete building life cycle
Researchers at the Massachusetts Institute of Technology’s (MIT) Concrete Sustainability Hub conducted a life-cycle assessment (LCA) study to evaluate and improve the environmental impact and study how the “dual use” aspect of concrete.
| Oct 4, 2011
GREENBUILD 2011: Johnsonite features sustainable products
Products include rubber flooring tiles, treads, wall bases, and more.
| Oct 4, 2011
GREENBUILD 2011: Nearly seamless highly insulated glass curtain-wall system introduced
Low insulation value reflects value of entire curtain-wall system.
| Oct 4, 2011
GREENBUILD 2011: Ready-to-use wood primer unveiled
Maintains strong UV protection, clarity even with application of lighter, natural wood tones.
| Oct 4, 2011
GREENBUILD 2011: Two new recycled glass products announced
The two collections offer both larger and smaller particulates.
| Oct 4, 2011
GREENBUILD 2011: Mythic Paint launches two new paint products
A high performance paint, and a combination paint and primer now available.
