Mobile Villa
YDBS-1
Prefabricated Movable House.Mobile Container House.A movable house.Modern steel structure villa.Micro Prefabricated Home.Room Casas Modulares.
1. High mobility and convenience
Can be moved as a whole
Example: Some RV-style mobile houses can be driven directly on the road without disassembly, and can be used after connecting to water and electricity at the destination.
Quick installation and disassembly
Adopting modular prefabrication, the on-site installation time is short (completed in a few hours to 1 day at the fastest), without the need for foundation construction and complex decoration processes of traditional buildings, which greatly reduces the construction period and cost.
After disassembly, it can be repeatedly transported, which is suitable for short-term projects or seasonal use needs (such as peak season/off-season adjustments of scenic spot homestays).
2. Flexible space and functional design
Diverse space combinations
The single unit area is usually 10-100 square meters, which can be used independently, or can be combined into a larger space by splicing and stacking (such as upper and lower floors) to meet the needs of family homes, offices, shops, medical stations, etc.
Example: Container-type mobile houses can be spliced horizontally to form a large open space, or stacked vertically to build a duplex structure.
Functional modularization
The internal preset water, electricity and sewage systems can quickly configure functional areas such as bedrooms, kitchens, toilets, and conference rooms. Some high-end products are equipped with smart home systems (such as smart lighting, temperature control, and security).
Scene adaptation: For example, mobile houses on construction sites focus on practicality (bunk beds, collective bathrooms), while mobile houses for tourism emphasize comfort (floor-to-ceiling windows, viewing balconies, and floor heating).
3. Durability and environmental adaptability
Structural stability
The main frame is mostly made of steel structure (such as hot-dip galvanized steel), aluminum alloy or composite materials, which are high in strength and corrosion-resistant. They can withstand strong winds (usually wind resistance level ≥ 10), rain and snow, and some products have passed seismic design (seismic fortification intensity ≥ 7 degrees).
Case: Temporary mobile houses in disaster areas must pass disaster resistance performance tests to ensure safety.
Adapt to complex environments
Can be quickly deployed in special terrains such as mountains, deserts, and seashores. Some products are equipped with self-balancing systems or removable foundations to reduce dependence on the ground.
Climate adaptability: The wall is made of thermal insulation materials (such as rock wool and polyurethane foam), combined with double-glazed windows, which can keep warm in winter and cool in summer, and is suitable for use in cold or hot areas.
4. Environmental protection and sustainability
Green building materials
The main materials (such as steel structures and aluminum alloys) can be recycled to reduce construction waste, the interior decoration mostly uses environmentally friendly panels (such as formaldehyde-free bamboo and wood fiberboard) to reduce pollution.
Energy-saving design: Standard solar panels, rainwater collection systems, LED energy-saving lighting, etc., some products can achieve "off-grid survival" (no external water and electricity).
Low environmental impact
No large-scale excavation of foundations is required, and the damage to the natural environment is small. It is suitable for construction in sensitive areas such as ecological protection areas and scenic spots.
5. Cost advantage
Low initial investment
Prefabricated production reduces labor and material losses, and the cost is usually 30%-50% lower than traditional buildings, especially suitable for projects with limited budgets (such as temporary buildings and entrepreneurial shops).
Long-term operation economy
Low maintenance cost (modular components can be quickly replaced) and reusable, with high long-term cost-effectiveness. For example, container mobile houses can be recycled for multiple projects after transformation.
6. Personalization and aesthetics
Various exterior designs
Customizable coatings (such as imitation wood grain, artistic painting), shapes (such as domes, sloping roofs), and styles to suit different scenes. For example, mobile homes in cultural tourism projects are often designed in Nordic, industrial, or regional styles.
Transparency and lighting
Large glass windows and skylights improve indoor lighting, and some products use panoramic floor-to-ceiling windows to enhance the sense of integration with the natural environment (such as forest tree house-style mobile homes).
Typical application scenarios
Tourism and homestays: scenic camps, self-driving campsites, and online celebrity check-in accommodation.
Temporary buildings: construction site dormitories, exhibition halls, and disaster relief resettlement sites.
Business and office: mobile shops, pop-up stores, and outdoor workstations.
Special needs: scientific research workstations (such as polar expedition stations) and field medical stations.
Summary
Mobile homes are centered on "convenience, flexibility, and efficiency", and are both functional and environmentally adaptable. They are becoming an important supplement to traditional buildings, especially in tourism, emergency response, and asset-light entrepreneurship. When choosing, you need to consider factors such as usage scenarios, budget, and movement frequency, and pay attention to parameters such as structural strength, thermal insulation performance, and compliance (such as size restrictions imposed by traffic regulations).
Size
The size of customized mobile integrated houses can be adjusted according to actual needs, but the transportation and installation conditions must be considered.
Structure and material
Frame: Mostly adopt light steel structure, such as hot-dip galvanized steel, which has high strength and corrosion resistance and can meet the requirements of building structure design specifications. Some high-end or high stability mobile integrated houses will adopt steel-concrete structure.
Wall:
Color steel composite board: The core material is usually polyurethane, XPS, EPS, etc., which has the properties of heat preservation, heat insulation, and sound insulation.
Rock wool board: It has good fire resistance and is suitable for places with high fire protection requirements.
Metal carved board: It has beautiful appearance and has certain heat preservation and decorative properties.
Light steel keel plus wall panel: For example, the wall of a light steel villa is composed of wall frame column, wall top beam, wall bottom beam, wall support, wall panel and connector. The wall column is a C-shaped light steel component with a wall thickness of generally 0.84-2 mm and a wall column spacing of 400-600 mm.
Roof:
Colored steel tiles: light weight, high strength, good waterproof performance, often used for the roof of mobile houses.
Sloped roof: Some mobile integrated houses adopt a sloped roof design, which has good drainage performance and beautiful appearance, such as some light steel villas.
Performance parameters
Thermal insulation:
Thermal transfer coefficient: The heat transfer coefficient of the wall and roof is low. For example, the heat transfer coefficient of the wall made of thermal insulation materials such as rock wool board and polyurethane can reach 0.3-0.6W/(m²・K).
Thermal insulation performance: It can maintain indoor temperature and reduce heat loss in winter, it can block the external heat from entering in summer to make the room cool. The thermal insulation performance of some high-end mobile integrated houses can reach 0.25W/(m²・K).
Sound insulation: Walls and doors and windows have certain sound insulation performance. Generally, the sound insulation of walls is required to reach 30-40dB, and the sound insulation of doors and windows is required to reach 25-30dB.
Earthquake resistance:
Earthquake fortification intensity: Designed according to the earthquake resistance requirements of different regions, generally requiring an earthquake fortification intensity of 7 degrees or above. Some integrated houses with cage structures can withstand earthquakes of 8 degrees.
Structural design: Improve the earthquake resistance of the house through reasonable structural design, such as using steel structure frames, strengthening connection nodes and other measures.
Wind resistance:
Wind resistance level: It is usually required to withstand strong winds of level 10 or above. Some high-end mobile integrated houses have a wind resistance of ≥12 levels.
Fixed method: Ensure the stability of the house in strong winds through ground fixings or foundation connections.
Water and electricity system
Water supply:
Water tank capacity: It is equipped according to the number of users and needs, generally 500-2000 liters.
Water supply method: Municipal water supply, well water or water tank water supply can be used, and water is transported to various water points through water pumps and pipes.
Drainage:
Drainage system: Set up indoor and outdoor drainage pipes to drain sewage and rainwater to designated locations.
Sewage treatment: Some mobile integrated houses are equipped with sewage treatment equipment to treat domestic sewage before discharge.
Power supply:
Power access: It can be connected to the municipal power grid or use renewable energy power generation systems such as solar energy and wind energy, and can also be equipped with a generator as a backup power supply.
Power consumption: According to the configuration of electrical equipment in the house, the power consumption of small mobile houses is generally 3-5 kilowatts, and large mobile houses can reach 10-20 kilowatts.
