Massive Scale:Providing immediate and lasting shelter for hundreds of thousands of displaced people far exceeds the capacity of tents.

Advantage：The ability to immediately begin establishing high-quality shelters within the critical 72-hour window after a disaster is a race against time. The factory has completed 95% of the construction and interior finishing (including doors, windows, electrical wiring, bathrooms, and flooring). Upon arrival at the site, the work essentially involves "unfolding" and "connecting" the prefabricated units.

Harsh Climate:The disaster area is entering winter, with rain, snow, and low temperatures; tents cannot provide sufficient protection and warmth.

Thermal insulation:The walls are constructed with 150mm thick rock wool (or glass wool) sandwich panels, with a heat transfer coefficient (U-value) of less than 0.35 W/(m²·K), ensuring that the indoor temperature can be maintained above 15°C in winter with a small heater.

Speed of Deployment: Traditional construction methods have excessively long construction cycles and cannot meet the time constraints of emergency humanitarian response.

Advantages:From arrival at the site to the completion of a habitable house installation, the average time is approximately 4-6 hours. This represents an efficiency improvement of over 300% compared to prefabricated houses (which require on-site assembly of walls and roofs).

Community Functionality: There is a need to quickly establish temporary settlements with basic public services and community structures.

Community-level supporting systems:A complete resettlement community consists of three parts: residential units, public service units, and infrastructure. It is equipped with a medical station, management and community center, communal kitchen and dining hall, water and electricity networks, roads and lighting, security and fire safety systems, etc.