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Hainan Institute of Inspection and Testing
Hainan Institute of Inspection and Testing
China
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Other Projects by Green Architecture Design & Research Institute of CADG
Hainan Institute of Inspection and Testing
China
Type
STATUS
Concept
YEAR
2028
SIZE
1,000,000 +
BUDGET
$100M +
This project systematically integrates green and low‑carbon concepts in its planning and design, establishing a sustainable strategy in response to terrain, climate adaptation, functional intensification, and resilient development.
01 Adapting to Terrain, Land Saving and Energy Efficiency
The site features a north‑south elevation difference of approximately 15 meters. The design follows the natural topography to form stepped building clusters, reducing earth excavation and construction energy consumption. An “ecological axis” runs through the site from north to south, creating a continuous green corridor that integrates landscape, pedestrian circulation, and research activities. This enhances ecological quality and spatial accessibility, achieving land efficiency and ecological integration.
02 Climate Adaptation and Passive Design
In response to Haikou’s hot, humid, and rainy climate, the design integrates ground‑floor corridors, gable stairs, and platforms to form a weather‑protected pedestrian network, improving outdoor comfort and reducing reliance on mechanical conditioning. The building layout optimizes natural ventilation and daylighting to lower operational energy consumption.
03 Functional Intensification and Resource Sharing
Led by technical process requirements, the design integrates seven public platforms, key laboratories, and testing laboratories. Modular and shared strategies are adopted to improve spatial efficiency and avoid redundant construction. Clean and polluted areas are arranged according to the prevailing wind direction to ensure safe and efficient operation and minimize environmental risks.
04 Resilient Growth and Life‑Cycle Sustainability
Land and interfaces are reserved for long‑term development. Building modules are designed for flexible combination or subdivision, adapting to evolving research directions and technological upgrades and reducing resource waste from future renovations. The campus follows a principle of progressive development, supporting continuous optimization of functions, landscape, and environmental quality over the long term.
01 Adapting to Terrain, Land Saving and Energy Efficiency
The site features a north‑south elevation difference of approximately 15 meters. The design follows the natural topography to form stepped building clusters, reducing earth excavation and construction energy consumption. An “ecological axis” runs through the site from north to south, creating a continuous green corridor that integrates landscape, pedestrian circulation, and research activities. This enhances ecological quality and spatial accessibility, achieving land efficiency and ecological integration.
02 Climate Adaptation and Passive Design
In response to Haikou’s hot, humid, and rainy climate, the design integrates ground‑floor corridors, gable stairs, and platforms to form a weather‑protected pedestrian network, improving outdoor comfort and reducing reliance on mechanical conditioning. The building layout optimizes natural ventilation and daylighting to lower operational energy consumption.
03 Functional Intensification and Resource Sharing
Led by technical process requirements, the design integrates seven public platforms, key laboratories, and testing laboratories. Modular and shared strategies are adopted to improve spatial efficiency and avoid redundant construction. Clean and polluted areas are arranged according to the prevailing wind direction to ensure safe and efficient operation and minimize environmental risks.
04 Resilient Growth and Life‑Cycle Sustainability
Land and interfaces are reserved for long‑term development. Building modules are designed for flexible combination or subdivision, adapting to evolving research directions and technological upgrades and reducing resource waste from future renovations. The campus follows a principle of progressive development, supporting continuous optimization of functions, landscape, and environmental quality over the long term.
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