Structural Diagram of Container House with Slanted Roof

Currently, there is no direct structural diagram of a container house with a slanted roof, but its structural characteristics can be understood through descriptions of relevant project designs.

Structural Characteristics of the Chilean Container Project

In the container project completed in Chile, two containers were placed in parallel with a 6-meter gap between them. These two containers are connected by an extended large metal roof placed at an angle, which completely covers both containers. This slanted roof design not only has a unique appearance but also offers certain functionalities. The roof is supported by metal pillars attached to the top of the containers and the ground, ensuring the stability of the roof. A sheltered area is formed between the two containers, which can be used for various purposes, such as an outdoor leisure space where people can place tables and chairs to enjoy the outdoors, or as a storage space for items that are not frequently used. Additionally, the slanted roof design facilitates the natural sliding of rainwater, reducing the accumulation of rainwater on the roof, lowering the risk of roof leakage, and extending the lifespan of the house.

Structural Characteristics of the Melbourne Container Project

The container project in Melbourne adopts a staggered interlocking structure, which is a relatively complex and innovative design. The top container is rotated 22.5° and placed at an angle. This unique placement method releases 60% of the daylighting area. The ample daylighting allows the interior to receive sufficient natural light, reducing reliance on artificial lighting during the day, lowering energy consumption, and making the indoor space brighter and more transparent, enhancing living comfort. Furthermore, circular tree holes are opened on the roof. This design not only adds to the aesthetic appeal of the house but also has ecological significance. The tree holes provide growing space for plants, allowing green plants to grow on the roof, improving the ecological environment around the house, and also providing some insulation, reducing indoor temperatures in summer.