Design Drawing of Two-Story Container House

The design drawing of a two-story container house can refer to the design of two-story box-type container office buildings commonly found on construction sites, or be based on cases of two-story offices built with containers.

I. Design of Two-Story Box-Type Container Office Buildings Commonly Found on Construction Sites Such design drawings are typically applied to project department construction sites, adopting a modular construction method with containers as the basic units for combination. In terms of materials, the main structure uses steel plates, the walls use sandwich panels (with both insulation and fireproof properties), the connectors are bolts and aluminum fittings, the foundation is reinforced with concrete, and the interior decoration uses materials such as wood, tiles, glass, and paint. The design features include:

1. Standardized Process: Through standardized cutting, welding, and assembly processes, it ensures a stable structure and high construction efficiency.
2. Functional Zoning: The ground floor is usually set up as an office area, conference room, or reception area, while the second floor serves as the management office or rest area. Some designs also add stairwell and restroom modules.
3. Adaptability: The number and layout of containers can be adjusted according to the needs of the construction site, such as adding or reducing modules to expand space.

II. Case of a Two-Story Office Built with Containers Taking an actual project as an example, this design uses five containers to construct a two-story office building with a total space of 2,700 square feet (approximately 250 square meters), accommodating 35 people for office work, and equipped with production facilities covering more than 9,000 square feet (approximately 836 square meters). The design highlights include:

1. Space Optimization: By staggering the arrangement of containers, an open office area is formed, reducing internal partitions to improve space utilization.
2. Structural Stability: The bottom-layer containers are fixed with a concrete foundation, and the upper-layer containers are connected to the lower layer and surrounding structures with bolts to ensure earthquake and wind resistance.
3. Lighting and Ventilation: Large-area use of glass curtain walls and operable windows improves natural lighting and air circulation, reducing energy consumption.
4. Scalability: Interfaces are reserved for future addition of container modules or connection to other buildings, adapting to changes in enterprise scale.

III. Design Considerations

1. Compliance: It must comply with local building codes, especially requirements for fire protection, earthquake resistance, and load-bearing.
2. Material Selection: Adjust materials according to the usage environment (such as humid or high-temperature areas), for example, choosing corrosion-resistant steel plates or weather-resistant sandwich panels.
3. Cost Control: Reduce on-site construction time through modular design, lowering labor and material waste.