Mountain Concrete Prefabricated Houses
Mountain concrete prefabricated houses boast unique design concepts, architectural styles, and significant technological advantages, as detailed below:
In terms of design concepts, some mountain concrete prefabricated houses emphasize integration with the natural environment. For instance, a residence located on a hill 300 meters from the seashore incorporates the steep slope of the foundation and the original vegetation on the hill into its design considerations. Through roof greening and the use of pebbles and large stones, it creates a continuity of natural landscapes. The interior space is arranged around three internal courtyards, ingeniously bringing mountain views into the indoor space, allowing residents to fully experience the beauty of nature and achieve harmonious coexistence between humans and nature.
Architecturally, some mountain concrete prefabricated houses have a distinctive style. For example, a house is surrounded by two vertical, plate-like concrete walls, creating a unique appearance. One of these walls features a narrow skylight through which sunlight casts distinct layers of shadows, adding an artistic ambiance to the interior. The front facade of the house is designed to extend underground, creating a unique atmosphere of a private foyer. Large glass windows not only blend the interior with nature but are also cleverly hidden beneath overhanging roofs to form porches, combining aesthetics with practicality.
Technologically, prefabricated concrete houses offer significant advantages. They adopt a full-frame shear wall structure, using C35 concrete paired with Φ14 deformed steel bars. The reinforcement ratio of a single module reaches 1.2%, with a wall thickness of 200mm and a compressive strength of 30MPa, equivalent to withstanding 3,000 tons per square meter, ensuring structural stability. Modules are connected using pre-stressed bolts (with a tensile strength of 25 tons) combined with traditional mortise-and-tenon joints from ancient architecture. In simulations of the Wenchuan earthquake, under a 9-degree intensity shake, the overall displacement was only 3cm, demonstrating excellent seismic performance. The walls are embedded with EPS insulation layers with a thermal conductivity of 0.03W/(m・K), reducing heating costs by 50% in winter and providing good thermal insulation and energy efficiency. The roof is equipped with预留 (reserved) interfaces for solar panels, and a 200㎡ house can generate up to 3,000 kWh of electricity annually, meeting household electricity needs and embodying a green and environmentally friendly concept.
