Courtyard Prefabricated House Customization Plan
The customization of courtyard prefabricated houses requires a combination of functional requirements, technical systems, and cost budgets to provide modular, universal, or rural-specific solutions, as detailed below:
I. Modular Wooden House Customization Plan
The core logic involves prefabricating keels and wall components in a factory and assembling them on-site. In terms of construction duration, a small standardized wooden house (such as a leisure wooden house) can be completed in 2 days under ideal conditions: the first day involves preparing the site foundation and assembling the keels and wall frames; the second day involves installing doors and windows, laying floors, painting surfaces, and testing water and electrical pipelines. If the terrain is complex, the foundation requires modification, or the architectural design is unique, the construction duration needs to be reassessed after on-site surveys. In terms of scenario adaptation, private courtyards focus on living comfort, requiring optimization of sound insulation and thermal insulation performance; cultural and tourism projects require enhanced weather-resistant and anti-corrosion treatments, such as multiple anti-corrosion and moisture-proof processes in hot and humid environments in southern China; team-building and expansion projects require supporting outdoor experience facilities, such as terraces and barbecue areas; campus projects need to meet rigid indicators such as structural reinforcement and anti-slip safety. Cost accounting shows that basic courtyard leisure wooden houses range from 1800 to 2800 yuan/㎡ (including basic design, conventional wood materials, and construction), while custom projects (including unique shapes, high-grade logs, intelligent systems, etc.) start at 4000 yuan/㎡, with foundations, water and electricity, and outdoor facilities needing to be included in the overall budget. Technical highlights include: raw material pretreatment needs to adjust processes according to climate; design requires collaboration between wooden house structural engineers and landscape designers; construction teams need to be certified; and after-sales service provides 24-hour response.
II. Design Principles of Universal Courtyard Prefabricated Houses
Focusing on user needs, three-dimensional modeling technology is used to generate adaptive solutions. The technical system includes: an effect drawing generation system (360-degree panoramic rendering), a construction drawing intelligent adaptation system (automatically generating fire protection specification drawings), and an assembled construction system (standardized component prefabrication and processing). Personalized customization is achieved through four dimensions: spatial dimension customizes functional zones based on courtyard area and orientation; cultural dimension integrates regional traditional elements; temporal dimension considers plant growth cycles; and user dimension matches living habits (such as enhancing drainage in the south and optimizing thermal insulation and lighting in the north). The delivery process involves需求沟通 (needs communication) → scheme modeling → effect confirmation → construction drawing deepening → qualification handling, with the design cycle improved by 40% compared to traditional models.
III. Rural Courtyard Model Customization for Auxiliary Decision-Making
Needs assessment needs to distinguish between entities: for public entities (village collectives, cultural and tourism operators), it is necessary to clarify village landscape positioning, traditional building material preferences, and public domain functions (such as folk culture displays); for private entities (farmers), it is necessary to assess family structure, production needs (livestock farming, vegetable cultivation), and personal preferences (such as flower gardening and pergolas). Model parameters are set as follows: village collectives/cultural and tourism projects adopt a 1:20 scale (detail display), while farmers' self-use adopts a 1:50 scale (error ≤ 0.5cm); materials are selected from moisture-proof high-density Chevron boards and three-color silicone tubes to mark water and electrical pipelines; functional zones need to reserve production areas (drying yards, agricultural tool storage cabinets), living areas (cooling pergolas, washing pools), and landscape areas (native fruit trees, vegetables).
