Multi-story Container House Design Drawing

Currently, specific content directly displaying design drawings of multi-story container houses has not been found, but the following design ideas and cases can provide references:

1. Double-story Stacked Design Double-story container houses achieve spatial expansion through vertical stacking. A typical approach is to stack two 40-foot containers vertically and open up the internal floors to create a through-space nearly 5 meters high. The ground floor is usually planned as a public activity area, such as a reception hall, open office area, or shop; the upper floor serves as a private space, such as a bedroom, lounge, or observation tea room. This design achieves separation of dynamic and static areas through vertical zoning, enhancing space utilization. For example, a rural residence in South Korea adopts a method of overlapping containers on the roof, which not only increases the lighting area but also creates balcony space through staggered floor design, balancing functionality and aesthetics.

2. Staggered Layout Plan By staggering horizontally and vertically, container houses can form shaded corridors, open terraces, or hanging gardens. This layout not only enhances the layering of the building facade but also optimizes lighting and ventilation conditions. For example, popular homestays or cultural and creative shops often adopt such designs, utilizing the modular characteristics of containers to create unique visual effects through staggered arrangements while meeting the lighting needs of different functional areas.

3. Modular Combination Case The works of Tato Architects in Japan demonstrate the potential of modular combinations of containers. Their design achieves a reasonable layout of bedrooms, storage rooms, and kitchen-dining areas within limited space through diagonal entrances, hidden staircases (hidden inside laundry cabinets), and vertical functional zoning. Special attention is paid to earthquake evacuation convenience, with the master bedroom placed on the ground floor to ensure rapid evacuation in emergencies. Such designs emphasize functionality and safety, suitable for earthquake-prone areas or scenarios with high space efficiency requirements.

4. Customized Renovation Directions Container houses can meet personalized needs through methods such as cutting doors and windows, adding insulation layers, and adjusting sidewall lengths. For example, the "Periscope Project" in the United States uses five containers to form a linear unit, defining outdoor courtyards and second-floor platforms through cutting to achieve natural lighting and ventilation penetration. Such renovations need to be combined with structural safety specifications to ensure the load-bearing and stability of the containers.

For specific design drawings, it is recommended to contact a professional architectural firm or refer to the structural safety specifications in the "Technical Specification for Container Architecture" (CECS 334:2013). When designing, key elements such as load calculation, connection nodes, fire prevention, and corrosion resistance should be comprehensively considered to ensure the safety and durability of the house.