Business Card of Container House

Container houses are architectural forms transformed or combined based on containers, featuring modularity, mobility, and environmental friendliness. They are widely used in residential, commercial, cultural tourism, emergency response, and other fields.

Structure and Types

Container houses use standard containers as basic units to achieve architectural functions through modification or combination. International standard containers come in two specifications: 20-foot (with a load capacity of 25 tons) and 40-foot (with a load capacity of 45 tons). The indoor space is relatively cramped and requires combined design to expand the space. According to the modification method, they can be divided into two categories:

• Overall Modified Type: Directly cut, open windows, and install doors and windows on a single container to form an independent living unit. For example, architect Adam Kalkin in New Jersey used recycled containers to build a house that integrates with the outdoor space through glass sliding doors.
• Modular Combined Type: Multiple containers are prefabricated into standardized modules (including water and electricity, decoration, and soft furnishings) in a factory and then transported to the site for assembly into a complete building. For example, the modular houses manufactured by China Construction Integration Architecture for an Australian project integrate complete living functions in each module, and only water and electricity connections are required on-site for occupancy.

Core Advantages

1. High Construction Efficiency: Factory-prefabricated modules can shorten the construction period by more than 50%, and on-site assembly only takes a few days. For example, the Australian project only took a few days from the arrival of the modules to the completion of assembly.
2. Environmentally Friendly and Sustainable: The main structure adopts a steel frame and flame-retardant rock wool sandwich panels, integrating heat preservation, fire prevention, sound insulation, and waterproofing. It can be repeatedly disassembled and relocated to different places, reducing construction waste and dust pollution.
3. Strong Adaptability: Through module combination, it can realize buildings ranging from small single containers to large-scale structures with hundreds of containers, suitable for various scenarios such as residences, shops, art galleries, and sports buildings. For example, the container house designed by Brazilian architect Marcio Kogan solves the height problem through stacked placement and uses sliding doors to expand the living space.
4. Cost-Controllable: Compared with traditional buildings, container houses have lower costs and can be used for more than 25 years with proper maintenance. For example, the 208-square-meter container house designed by French architect Patrick Partouche costs about 221,000 euros.

Application Scenarios

• Residential Field: Including independent houses, vacation homes, temporary resettlement houses, etc. For example, the Wolfluo Cabin in Manitoba, Canada, is composed of three containers and features a cantilevered design that forms a lookout tower.
• Commercial Field: Such as Starbucks container coffee shops and mobile shops, meeting the needs of low-cost and rapid opening.
• Cultural Tourism Field: Scenic spot homestays and campsite accommodations, becoming popular check-in spots through personalized design.
• Emergency Field: Disaster relief resettlement sites and emergency medical points, requiring rapid deployment and foundation-free quick landing.