Reservoir-side Container House
Reservoir-side container houses have unique design advantages, but attention must be paid to safety and compliance.
I. Design Advantages
Adaptation to Terrain and Climate: Taking a rural resort in Thailand as an example, architects creatively built A-frame resort houses using containers under conditions of narrow roads and a lack of skilled workers. By digging a reservoir and constructing elevated embankments, they effectively prevented flooding. The triangular roof or A-frame design not only shields against heat and rain but also introduces natural light through translucent materials, while steel plate shutters achieve a balance between ventilation and rain protection.
Flexible Space Utilization: Container houses can create diverse spaces through combination. For instance, the OostKampville project near Bangkok uses two 20-foot containers to form a central public space, with the upper-level container serving as a private bedroom. The "pin"-shaped stacking optimizes ventilation and views. Additionally, containers can be expanded, folded, or modularly combined to meet different scenario requirements.
Combination of Functionality and Aesthetics: The interior design retains the corrugated plate structure of the containers, creating a refreshing experience. Panoramic glass windows, open courtyards, and other designs enhance interaction with nature. For example, a Danish man built a family home using nine containers, blending industrial and cozy feelings through large windows and decorative elements.
II. Safety and Compliance
Fire Safety: Container houses must use Class A fire-resistant materials such as rock wool boards and fireproof cotton, avoiding flammable sandwich panels like polystyrene and polyurethane foam. Electrical wires should be protected with sleeves, sockets should use metal galvanized boxes and be surface-mounted, fire extinguishing equipment should be provided, and a minimum safety distance of 6 meters should be maintained between containers.
Structural Stability: It is necessary to ensure that the container's load-bearing capacity meets standards (e.g., a 20-foot container can bear 25 tons) and to adapt to complex terrains through reinforcement designs. For example, the Thai project defines the boundary between the reservoir and orchard through elevated embankments and frame roof baffles while ensuring structural safety.
Compliance: When building in rural or remote areas, it is essential to comply with land use and building regulations. For example, in the case of Qigan Village in Zhoupu, Shanghai, where residents temporarily lived in containers due to house cracking, it is necessary to ensure compliance with agricultural land use regulations to avoid disputes caused by illegal construction.
