Bazhong Container House Design Drawing
Currently, specific design drawings of container houses in Bazhong have not been directly obtained, but their design features can be summarized based on relevant descriptions as follows:
Modular combination is the core design logic Using standard shipping containers (such as 20-foot or 40-foot specifications) as basic units, space expansion is achieved through horizontal or vertical stitching. For example, two horizontally stitched containers can form a single-story residence of approximately 100 square meters, with an interior layout that can include a living room, dining room, kitchen, two bedrooms, and a bathroom with a bathtub. Vertical stacking can create multi-story composite structures to meet diverse needs such as office and residential use. This design approach breaks away from the fixed form of traditional architecture, adapting to different site conditions and functional requirements through the flexible combination of modules.
Innovative construction enhances environmental adaptability Some designs employ pile foundation technology to elevate the containers above the ground, avoiding direct contact with damp soil while reserving space for insulation installation. Foundation work can be carried out in advance, with container bodies and insulation finishing processes proceeding in parallel to shorten the overall construction period. Walls, roofs, and floors, except for glass areas, are equipped with additional internal insulation layers according to local climate conditions. For example, polystyrene boards or rock wool boards may be used in northern regions to ensure winter insulation effects.
Comfort design focuses on detail optimization Large-scale application of floor-to-ceiling windows and roof skylights introduces natural light and enhances spatial transparency. Glass with a triple-glazed structure (three layers of glass filled with inert gas) is selected to significantly improve insulation performance and reduce energy consumption. Bathrooms are equipped with facilities such as bathtubs to enhance the living experience. The interior space layout follows ergonomic principles, achieving functional zoning through modular furniture while balancing practicality and aesthetics.
Green concepts permeate the entire lifecycle Priority is given to using retired or idle shipping containers, giving them a “second life” through renovation and reducing resource waste. Modular prefabrication and rapid on-site assembly methods reduce construction dust and building waste generation. Supporting systems such as solar photovoltaic power generation, rainwater harvesting devices, and septic tank systems form a self-sufficient energy circulation system. For example, rooftop photovoltaic panels can meet daily electricity needs, and treated rainwater can be used for greening irrigation, achieving both ecological and economic benefits.
