Cement Prefabricated Houses and Space Capsules
There are significant differences between cement prefabricated houses and space capsules in terms of eco-friendliness, construction period, design experience, flexibility, production methods, intelligence level, and safety and cost, with space capsules having more prominent advantages.
Eco-friendliness: Space capsules adopt a “no civil engineering” model, relying on elevated steel frames for support. They do not require large-scale land hardening, do not damage the underground soil layer and native vegetation, generate no construction waste during construction, and can be lifted away as a whole after operation, restoring the site to its natural state. In contrast, traditional cement prefabricated houses require foundation construction, which may damage the terrain and produce construction waste.
Construction period: Space capsules are fully produced in the factory (including interior decoration), with about 30 days of production in the workshop. After transportation, they only need 2 hours for hoisting and positioning, and can be used immediately after connecting to water and electricity. Some brands can deliver from order placement in just 15 days. Although the prefabricated components of cement prefabricated houses can shorten the on-site construction period, they still require on-site assembly and decoration, resulting in a longer overall period.
Design experience: Space capsules are equipped with 270° panoramic floor-to-ceiling windows, offering excellent thermal insulation performance. Guests can enjoy natural scenery from all directions. Their futuristic exterior design, soft color matching, and high recognizability are suitable for social media dissemination, reducing the promotion cost of scenic spots. The design of cement prefabricated houses is relatively traditional, with weaker landscape views and visual appeal.
Flexibility: Space capsules adopt a modular design and can be relocated and reused as a whole, adapting to camp planning adjustments or changes in off-season and peak-season layouts, with a high asset reuse rate. Cement prefabricated houses are mostly fixed structures, with high relocation costs and limited flexibility.
Production methods: The recoverable rate of space capsule components exceeds 60%, and the material loss rate is reduced by more than 60% compared to traditional construction. Waste is centrally processed in the factory, reducing on-site pollution. Some brands integrate solar panels and rainwater harvesting systems to achieve “zero-carbon” operation. Although cement prefabricated houses reduce on-site construction, their material recovery rate and integration of environmental protection technologies are relatively low.
Intelligence level: Space capsules enable remote control (lights, temperature, curtains, etc.) through an Internet of Things system, and are equipped with AI voice assistants, air quality monitoring, and emergency call modules, breaking through the functions of traditional accommodations. Cement prefabricated houses have fewer intelligent configurations and are mostly based on basic functions.
Safety and cost: Space capsules use light steel structures and fire-resistant materials, with an earthquake resistance level of over 8. Factory production avoids on-site quality hazards. Although the price of a single capsule is higher than that of a simple container, energy-saving design, low maintenance costs, and rapid realization capabilities shorten the investment return period to 3-5 years. The cost of cement prefabricated houses is affected by scale and materials, and the long-term operation and maintenance costs may be higher.
