Container House Explanation Diagram

Container houses are a new type of building constructed by modifying steel shipping containers or imitating container structures. They are characterized by modularity, mobility, environmental friendliness, and relatively low costs, and have seen increasing applications in recent years.

Development History

The concept of container architecture was first proposed by British architect Nicholas Lacey in the 1970s but did not receive widespread attention. In 1987, American architect Phillip Clark applied for a technical patent to transform steel shipping containers into buildings, which was approved in 1989, leading to the gradual rise of container architecture. Initially, due to primitive technology, container buildings were mostly used as temporary structures for on-site accommodation, offices, or exhibition halls. In 2006, American architect Peter DeMaria designed the first two-story container house certified by the state; in 2011, the world's first large-scale temporary shopping center, 'BOXPARK Container Park,' was launched, marking the maturity of container architecture technology.

Structure and Process

There are two main production and processing techniques for container houses:

• Direct Modification: Based on shipping containers, internal spaces are modified through cutting, welding, reinforcement, etc., with the addition of doors, windows, insulation layers, and water and electricity systems.
• Modular Production: Top and bottom frames are prefabricated in factories according to container dimensions, connected by columns to form structures, and then walls are assembled using materials like color-steel sandwich panels, allowing flexible combination into different functional spaces.

Advantages and Characteristics

• Environmentally Sustainable: Utilizes recycled containers or industrially produced modules, reducing construction waste and aligning with low-carbon principles.
• Lower Costs: Compared to traditional buildings, container houses have lower material and construction costs and can be quickly assembled, shortening construction periods.
• High Flexibility: Modular design facilitates expansion, relocation, or reconfiguration to meet different site requirements.
• Structural Stability: Steel structures offer strong load-bearing capacity and superior seismic performance compared to some traditional buildings.

Application Scenarios

• Residential: Including single-story, multi-story houses, and villas, such as a family home in Denmark renovated from nine containers and a container countryside residence in a Jiangsu town.
• Commercial Spaces: Such as BOXPARK Container Park and the sales center of Wuhan Dongyuan Lejian City.
• Special Uses: Such as mountain resorts, ski lodges, desert vacation homes, etc., designed according to terrain and functional needs.