China Pushes Urban Development Limits with 11 Story Building in Under 29 Hours
In a fast-growing city, an 11 story building rose in less than a full day, showcasing exceptional construction speed. The project used Modular Construction, with pre-fabricated units arriving ready for assembly. Each unit came fully equipped with electricity and plumbing, reducing traditional construction time. The units were made of steel resistant to earthquakes and harsh weather. Three cranes and a coordinated team lifted the units and connected them to utilities, making the building immediately habitable. This project demonstrates the potential of Modular Construction to meet urgent housing needs in dense urban areas.
Open spaces between units allow smooth visitor movement and urban harmony Pre-Fabricated Units Accelerate Construction
The system relied on units with standardized dimensions: 40 feet long, 8 feet wide, and 10 feet high, compatible with shipping containers for easy transport. The units provide column-free spaces, allowing flexible interior layouts. Assembly is fast because most mechanical and electrical work is completed before delivery, including plumbing, wiring, and ventilation systems.
Materials and Techniques Used - Steel Units 70% of the Structure - Living Building System Framework 15% - Distributes loads evenly and ensures module cohesion - Enhances stability and ensures balanced load distribution - Pre-fitted Plumbing & Wiring 5% - All electrical and plumbing systems are fully ready before installation - Reduces on-site construction time and speeds up assembly - 100% readiness for plumbing and wiring, reducing on-site time - Thermal and Acoustic Insulation 5% - Insulation with 90% efficiency to reduce energy loss and maintain comfort - Improves interior living experience regarding sound and temperature - 90% efficiency for energy saving and interior comfort - Modular Transport Design 5%
The metal units rise as cranes lift them, sunlight filtering through gaps emphasizes dynamic building flow Visitor Flow and Interior Circulation
The interior design ensures clear pathways for residents, with connected, open spaces. Utilities reach each unit directly for convenient use. Column-free interiors create visual continuity and flexible furniture arrangements. Large windows maximize natural light across floors, reducing reliance on artificial lighting and enhancing energy efficiency.
Integration with the Urban Environment
The building fits seamlessly into its urban context, considering sightlines and spacing with nearby structures. Materials are lighter than traditional concrete, reducing foundation stress and allowing construction in dense city areas. The design minimizes environmental impact with integrated energy and water systems, improving sustainability and reducing energy loss.
Scene shows precise module installation with light flowing across floors Impact on Future Urban Development
The project highlights the capabilities of Modular Construction to provide fast, efficient multi-story housing. In cities with high housing demand, this approach enables rapid delivery while maintaining quality and structural integrity. This example shows that Modular Construction could become a global model for urban development, offering speed, resource efficiency, environmental benefits, and immediate usability after installation.
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Harmony between steel structure and urban setting creates immersive visitor experience ✦ ArchUp Editorial Insight
The residential building features open, column free spaces and large windows that distribute natural light across the floors. The use of modular units provides flexibility in interior layouts. From a design perspective, the project demonstrates the potential for rapid construction and integrated housing solutions, yet heavy reliance on pre-fabrication limits on-site creativity and confines innovation to standardized units. Nonetheless, the approach enhances energy efficiency and allows immediate occupancy after completion, highlighting the practical value of the project in densely populated urban areas.
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