Several Container Renovated Houses

It is feasible to transform containers into houses, and there have been many successful cases. The following explains from the aspects of renovation feasibility, structural stability, application scenarios, and design cases:

I. Renovation Feasibility

Container modular buildings complete the main structure, water and electricity pipelines, decoration, and other processes through factory prefabrication. Only assembly is required on-site to complete the construction. This model shortens the construction period by more than 60% compared to traditional construction methods and enables off-site disassembly and reuse, aligning with the trend of green building development. For example, modular buildings exported from Shenzhen ports have covered more than 150 countries and regions. The 63 elderly care apartment modules purchased by British merchants took only two weeks from shipment to completion of installation.

II. Structural Stability

Through actual measurements, standardized container mobile homes have demonstrated reliable structural performance:

• The products of Suzhou Zhongnan Steel Structure adopt a fully welded frame, with a deformation of only 2mm under a strong wind of Level 12, far below the national standard limit of 10mm;
• CIMC Modular Building adopts a semi-welded and semi-bolted structure, with a deformation of 3mm;
• The products of Shandong Wanshida have a deformation of 6mm, still meeting basic safety requirements.

It should be noted that non-standard products may have issues such as insufficient steel thickness and connection process defects, resulting in a wind resistance of only Level 8.

III. Application Scenarios

1. Temporary Buildings: The Nagoya Asian Games used 2,400 containers as athlete dormitories, and the Melbourne emergency project used 3 containers to build a villa.
2. Permanent Residences: A family in Jiangsu used 4 containers to build a 120㎡ residence, and a Danish designer created a mansion with 9 containers.
3. Commercial Spaces: A 15㎡ container B&B in the forest, a creative villa with staggered stacking in Melbourne, etc.
4. Special Scenarios: The hotel project in Papua New Guinea adopted a modular solution, shortening the overall delivery cycle to 7 months.

IV. Design Cases

1. 120㎡ Residence in Jiangsu: Four 30㎡ containers are staggered and stacked to form a double-terrace structure, including functional areas such as living room, kitchen, bathroom, and bedroom.
2. Forest B&B: A 6-meter-long container is used to build 5 guest rooms, with birch plywood interior decoration and landscape round windows.
3. Sustainable Residence: The Tsinghua University team used 6 containers to build a low-carbon community with a base price of 180,000 yuan, including experimental display space.
4. Creative Villa: The Melbourne project achieves spatial transparency through staggered stacking and glass curtain wall design, retaining courtyard trees to form an ecological building.