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Yanjiao Collaborative Innovation Park, Jing-Jin-Ji National Technology Innovation Center
Yanjiao Collaborative Innovation Park, Jing-Jin-Ji National Technology Innovation Center
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Other Projects by Green Architecture Design & Research Institute of CADG
Yanjiao Collaborative Innovation Park, Jing-Jin-Ji National Technology Innovation Center
STATUS
Concept
SIZE
1,000,000 +
BUDGET
$100M +
With “Integrating Mountains and Rivers, Zero‑Carbon Future” as its core concept, this project establishes a green design strategy from four dimensions: ecological pattern, passive energy saving, low‑carbon technologies, and industrial adaptability.
01 Ecological Corridors and Three‑Dimensional Greening
The north‑south green corridor extends the regional ecological corridor. Through micro‑topography and three‑dimensional greening, the landscape extends outward and upward, forming an ecological base intertwined with water and greenery. The east‑west shared service axis integrates supporting functions, realizing the integrated penetration of ecological and industrial spaces, and improving the microclimate and environmental quality of the park.
02 Passive Design and Natural Ventilation & Daylighting
The functional layout is organized in layers with offices on the periphery and production in the interior. Combined with the ventilation paths formed by the north‑south ecological corridors, it enhances natural ventilation throughout the park. Building orientation and window openings are adapted to the prevailing wind directions to reduce reliance on mechanical ventilation, while making full use of natural daylight to lower energy consumption for artificial lighting.
03 Integrated Prefabrication and PV Integration
An integrated prefabricated facade system is adopted to reduce construction waste and on‑site wet operations, improving construction efficiency. Photovoltaic modules are installed on the roof to convert solar energy into clean electricity, supporting daily operation of the park and achieving the goal of “green and zero‑carbon”.
04 Adaptable Layout and Whole‑Life‑Cycle Emission Reduction
Guided by the principles of high efficiency and adaptability, the park provides flexible and adjustable functional spaces to meet the needs of different industrial stages and avoid large‑scale demolition and reconstruction. The north‑south green corridor and shared service axis reserve interfaces for future development, ensuring long‑term sustainable operation and building a future‑oriented demonstration center for green technology.
01 Ecological Corridors and Three‑Dimensional Greening
The north‑south green corridor extends the regional ecological corridor. Through micro‑topography and three‑dimensional greening, the landscape extends outward and upward, forming an ecological base intertwined with water and greenery. The east‑west shared service axis integrates supporting functions, realizing the integrated penetration of ecological and industrial spaces, and improving the microclimate and environmental quality of the park.
02 Passive Design and Natural Ventilation & Daylighting
The functional layout is organized in layers with offices on the periphery and production in the interior. Combined with the ventilation paths formed by the north‑south ecological corridors, it enhances natural ventilation throughout the park. Building orientation and window openings are adapted to the prevailing wind directions to reduce reliance on mechanical ventilation, while making full use of natural daylight to lower energy consumption for artificial lighting.
03 Integrated Prefabrication and PV Integration
An integrated prefabricated facade system is adopted to reduce construction waste and on‑site wet operations, improving construction efficiency. Photovoltaic modules are installed on the roof to convert solar energy into clean electricity, supporting daily operation of the park and achieving the goal of “green and zero‑carbon”.
04 Adaptable Layout and Whole‑Life‑Cycle Emission Reduction
Guided by the principles of high efficiency and adaptability, the park provides flexible and adjustable functional spaces to meet the needs of different industrial stages and avoid large‑scale demolition and reconstruction. The north‑south green corridor and shared service axis reserve interfaces for future development, ensuring long‑term sustainable operation and building a future‑oriented demonstration center for green technology.
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