Container Mobile House Site

The selection of a site for container mobile houses requires comprehensive consideration of factors such as functional requirements, site conditions, compliance, and costs, as detailed below:

1. Site Functional Adaptability
Container mobile houses can be classified into four types based on their structure and purpose, and the appropriate type should be selected according to the site's function:

• Container-style office houses: Suitable for fixed office scenarios such as project departments and construction site command centers. Common sizes are 20-foot and 40-foot, which can be combined as single or multiple units. A flat and hard ground surface is required to support structural stability.
• Foldable office houses: Applicable to scenarios requiring frequent relocation, such as exploration teams and temporary command posts. They can be set up quickly, and the site must meet rapid deployment conditions, such as temporary open spaces or emergency sites.
• Modular office houses: Commonly found in temporary office spaces in parks or event planning sites. Space must be reserved for modular assembly, and the ground surface should be flat to accommodate the combined structure of light steel frames and color-coated steel sheets.
• Expandable office houses: Suitable for long-term on-site office use. A site with sufficient area and expandability is required, such as open spaces in factory areas or reserved zones in commercial streets, to support the deployment of side or end expansion modules.

2. Site Condition Requirements

• Geology and load-bearing capacity: Container houses have relatively low foundation requirements, but it is essential to ensure that the site is free from soft soil and settlement risks, especially for multi-story combinations or large-scale commercial street projects, which require geological surveys.
• Spatial layout: Plan the space according to the type of house. For example, container commercial streets should consider vertical space for double- or multi-story layouts, as well as the flow design for business zones (e.g., coffee shops and retail stores).
• Environmental adaptability: In coastal or earthquake-prone areas, priority should be given to products with wind resistance up to Level 12 and earthquake resistance up to Level 8, such as fully steel-structured packing boxes.

3. Compliance and Approval

• Cross-border projects: Ensure that the products meet cross-border export qualifications, such as low-carbon attributes and multiple reuse capabilities, to avoid project delays due to compliance issues.
• Local planning: Temporary buildings must comply with local land use plans. For example, scenarios such as cultural and tourism towns and camping bases require prior application for temporary land use permits.

4. Cost and Long-Term Value

• Full lifecycle cost: Prioritize compliant products that support multiple disassembly and reassembly cycles, with an average of more than 8 reuse times and a reduction in construction waste emissions by approximately 90%.
• Scenario versatility: Modular products can be adapted to diverse scenarios such as engineering camps, mobile commerce, and cultural and tourism accommodations, enhancing asset reuse value and reducing long-term operating costs.