How to Add a Roof to a Container House

There are mainly three ways to add a roof to a container house: raising the roof, splicing and raising, and offset stacking for roofing. Details are as follows:

• Raising the Roof

  • Thermal Insulation and Space Optimization: Raising the roof can effectively solve the problem of indoor thermal insulation while increasing the internal height of the house, making the living environment more comfortable. For example, in a container house in San Antonio, Texas, USA, after the ceiling was raised, the thermal insulation effect was significantly improved, and the structure of multiple containers spliced together also provided ample space for activities within the house.
  • Material Utilization: During the process of raising the roof, fragments cut from the glass and window parts of the house can be fully utilized to build the roof. This not only makes the appearance of the house more concise and stylish but also does not damage the appearance of the container, achieving 100% utilization of scrap materials.

• Splicing and Raising

  • Structural Reinforcement: By splicing and raising containers, a taller house structure can be constructed. During the splicing process, steel frames are used for reinforcement to ensure the stability and safety of the house. For example, in a container house in Priozersky, Russia, two 40-foot shipping containers were used during construction. Through splicing and reinforcement, the roof of the house was raised, improving living comfort.
  • Space Expansion: Splicing and raising can also create additional usable space, such as flat roof platforms, further expanding the functionality of the container house.

• Offset Stacking for Roofing

  • Doubling the Space: By using space stacking techniques and offsetting the placement of containers, and then reinforcing them with steel frames, it is possible to achieve more usable space with fewer containers. For example, in a container residence composed of four 20FT high-cube containers, through an offset structural design, additional usable spaces such as flat roof platforms and under-cover parking areas were obtained.
  • Design Flexibility: The method of offset stacking for roofing provides greater flexibility in the design of container houses, allowing for personalized designs based on actual needs and living habits.