Beijing Collaborative Innovation Park is a large-scale office complex located at the foot of the West Mountain in Beijing, with CAA architects responsible for the overall project planning and architectural design. Covering approximately 12 hectares, the project has a total floor area of around 288,000 sqms. CAA takes into account the project's locality and humanistic aspects, designing a conceptual framework called "Shanshui Valley" that spans across different plots, each infused with the design concepts of "West·Mountain," "North·Yard," and "East·Creek", jointly scripting a scroll of mountains, courtyards, settlements and fields, and pursuing the mutual integration and symbiosis of city, nature and humanity.
The first phase, "North·Yard," is the largest building cluster with a total floor area of about 110,000 sqms. The main structure has been completed, and the project is now under façade construction, scheduled for full completion by the end of 2024. The architectural design of this cluster organically combines the large public green space adjacent to the west, and integrates the traditional Chinese courtyard layout and humanity into the field of modern science and technology, with the solemn Chinese image of Courtyard, constituting the Oriental romantic image of futurism. The innovative special configuration of mountain-shaped towers and courtyard-style podium buildings exhibits superior adaptability.
Sustainable design strategies for the project include a tested well-performed sunshade trellis facade system inspired by the Chinese landscape painting "Dwelling in Fuchun Mountains". Intelligent lighting control systems are employed indoors, adjusting lighting based on building usage periods and natural light conditions. Landscape design focuses on reducing the overall heat island effect, controlling noise pollution by tall deciduous trees around the building, and utilizing green and permeable paved surfaces in the three-dimensional space. Additionally, green rainwater collection systems are implemented, employing various technological means to achieve the highest level of Green Buildings Three-Star Standards in China.