Multi-story Container Prefabricated House

A multi-story container prefabricated house is a modular architectural form constructed by combining and assembling containers as basic units, featuring rapid installation, multi-story combination, fast construction, low cost, and mobility.

Core Materials and Processes: The core materials of this house include corrosion-resistant steel plates and eco-friendly panels, combined with ship corrosion prevention techniques to ensure a service life of over 20 years. Its design supports customized requirements for standard sizes ranging from 20 to 60 feet, meeting spatial planning needs for various scenarios.

Modular Design Characteristics: Using a single container as the basic unit, it can function independently as a small functional space or be combined horizontally or vertically to form multi-story, large-span architectural structures. This design breaks through the single-function limitations of traditional containers, enabling rapid assembly and disassembly through standardized interfaces, significantly shortening the construction period.

Application Areas and Examples:

• Residential Sector: In 2006, the double-story container residence designed by American architect Peter DeMaria passed national certification, validating its feasibility as a permanent residential building. Shenzhen plans to construct 50,000 container houses as affordable rental housing, exploring low-cost housing solutions.
• Emergency Scenarios: After the 2008 Wenchuan earthquake, CIMC utilized multi-story container combination technology to build a container school accommodating a thousand people within 72 hours, demonstrating its rapid response capability in post-disaster reconstruction.
• Commercial Innovation: The Xi'an Tang-style Container Café, through artistic transformation, converted industrial modules into cultural consumption spaces, reflecting the aesthetic extensibility of modular architecture.

Technical Advantages: The steel frame structural system endows the building with high strength and seismic performance. The modular prefabricated production model reduces on-site wet operations, lowering environmental pollution. Its mobility supports dynamic adjustments to building functions, such as relocating entire structures through lifting, adapting to spatial reuse needs in urban renewal.

This architectural form achieves a balance between building functionality, cost, and efficiency through industrial production and modular combination, providing an innovative solution for rapid construction demands in the urbanization process.