Real Experience Images of Container Houses
Currently, there are no direct real experience images of container houses, but their characteristics can be understood through actual cases:
Case of Container Houses at the Nagoya Asian Games:
This case reveals the inadequacies of container houses in terms of functional adaptability. The container houses occupied by the South Korean men's basketball team had issues with toilet leaks, indicating potential defects in waterproofing techniques. Especially in humid or rainy environments, long-term use can easily lead to internal structural corrosion, electrical short circuits, and other safety hazards. Additionally, the length of the beds was too cramped for athletes over two meters tall, reflecting a lack of flexibility in the spatial design of container houses. Their standardized dimensions struggle to meet the needs of special populations, requiring customized modifications (such as lengthening the beds or adjusting the ceiling height) to enhance practicality.
Case of Container House Renovation for a Homestay:
This case demonstrates the potential of container houses in spatial innovation and aesthetic design. By combining three containers, a three-dimensional structure with stacked and cantilevered elements was created, preserving the original texture of the containers (such as metal exteriors and weathering steel materials) while giving the building a modern feel through materials like RTboard panels. The balance between indoor and outdoor spaces is cleverly managed, with flat roofs converted into terraces and cantilevered boxes creating shaded corridors underneath, expanding functional areas and enhancing interaction between the building and nature. With 138 square meters of living space and an equal area of outdoor space, it shows that container houses can achieve spatial expansion through modular assembly, meeting various needs such as living and leisure.
Case of Packing Container Houses by Suzhou Zhongnan Steel Structure:
This case highlights the advantages of container houses in structural safety and construction efficiency. Under simulated conditions of a 12-grade wind at a coastal construction site, the maximum wall deformation was only 1.2mm, well below the national standard limit of 3mm, proving their excellent wind resistance and suitability for extreme weather conditions. With 100% interior and facility pre-installation completed before leaving the factory (such as wall finishes, plumbing, electrical wiring, and office furniture), the containers only need to be hoisted into place and connected to utilities on-site, with each unit taking no more than 2 hours from hoisting to being operational, significantly shortening the construction period. The internal modular partition design (such as dividing a standard container into two independent sleeping quarters or one office area plus one storage area) supports flexible functional adjustments, and multiple containers can be combined to form large office areas or canteens, adapting to temporary or semi-permanent scenarios such as construction sites and disaster areas.
