The Qingdao Water City Exposition Center Pops with Color
Tiana Reid — July 24, 2010 — Eco
References: nbbj & architecture-view
NBBJ Architects has unveiled their plans for the Qingdao Water City Exposition Center, located in the Shandong province in China. The development, which spans a whopping 1,940,000 square feet, will have 11 halls, two lobbies, an outdoor plaza and a retail space.
The Qingdao Water City Exposition Center also focuses on sustainability. The windows are designed to enhance natural sunlight, and the building will have solar stacks in order to reduce the use of mechanical cooling.
The Qingdao Water City Exposition Center also focuses on sustainability. The windows are designed to enhance natural sunlight, and the building will have solar stacks in order to reduce the use of mechanical cooling.
Trend Themes
1. Sustainable Building Design - The focus on sustainability in the Qingdao Water City Exposition Center presents opportunities for incorporating green building practices in the construction industry.
2. Mixed-use Developments - The combination of exhibition halls, retail spaces, and outdoor plazas in the Qingdao Water City Exposition Center demonstrates the potential for creating dynamic and versatile mixed-use spaces.
3. Smart Architectural Features - The integration of windows designed to maximize natural sunlight and the use of solar stacks for reducing mechanical cooling in the Qingdao Water City Exposition Center showcases opportunities for incorporating smart architectural features in buildings.
Industry Implications
1. Construction - The construction industry can explore sustainable building practices, like maximizing natural light and reducing energy consumption, in future projects.
2. Real Estate - The real estate industry should consider the potential for creating vibrant mixed-use developments that combine exhibition spaces, retail areas, and outdoor amenities.
3. Architecture - The architectural industry can embrace the integration of smart features and sustainable design principles to enhance the functionality and eco-friendliness of future buildings.
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