Prefabricated Assembly Housing Solution
The prefabricated assembly housing solution can be divided into three types based on demand: attraction-oriented, comfort-oriented, and functional, with modular construction systems at its core for technical implementation, offering advantages such as shortened construction periods and reduced pollution.
Attraction-oriented solutions are primarily applied to scenic spots or campsite projects, with the core goal of attracting visitors through visual differentiation and creating a propagation effect. It is recommended to use highly recognizable products, such as uniquely shaped accommodations like triangular wooden houses, leveraging their distinctive appearances to quickly gather popularity. Such solutions need to focus on the innovation of design while also taking into account basic living functions to lay the foundation for subsequent scale expansion. For example, setting up uniquely designed prefabricated wooden houses in natural scenic spots can meet tourists' needs for fresh experiences and enhance project visibility through social media dissemination.
Comfort-oriented solutions are designed for homestay projects, focusing on ensuring the stability of the living experience. Strict control over comfort indicators such as sound insulation and temperature and humidity regulation is necessary to avoid a vicious cycle of negative reviews and price reductions due to experience deficiencies. It is advisable to choose prefabricated modules with strong structural stability and low maintenance costs, such as steel frames or concrete modules, to ensure long-term operational reputation. For example, adopting standardized prefabricated guest rooms in homestay clusters reduces later maintenance costs through unified quality control while enhancing personalized experiences through interior soft furnishings.
Functional solutions mainly serve supporting buildings such as reception centers and staff dormitories, highlighting the advantage of construction efficiency. Rapid on-site assembly is achieved through factory-prefabricated modules, minimizing the impact on the main operations. A typical case is the Guangdong Shenzhen affordable housing project, where the assembly of 6,028 concrete modules shortened the construction period to one year and reduced on-site labor by 50%. Such solutions require optimized module design to ensure ease of transportation and hoisting while meeting functional zoning requirements.
At the technical implementation level, prefabricated assembly housing adopts a modular construction system: standardized production of components such as ceilings, walls, and water and electricity pipelines is completed in factories, with total assembly carried out by automated equipment such as welding robots, requiring only hoisting and splicing on-site. This model shortens the construction period by more than 60% compared to traditional methods, reduces construction waste by 90%, and lowers carbon emissions by 35%. In terms of policy support, Foshan City requires that by 2030, newly built prefabricated buildings account for 50% of the total, with government-invested projects reaching 70%, focusing on promoting the application of modular construction in areas such as affordable housing.
