Beijing Prefabricated House Design Plan

The Beijing prefabricated house design plan covers multiple types, and the following are specific plan introductions:

Beijing Prefabricated Warehouse Construction Technology

This plan focuses on intelligence and environmental protection. It integrates solar photovoltaic panels and intelligent temperature control systems, enabling energy self-sufficiency and remote monitoring, and reducing dependence on traditional energy sources. Low-thermal-conductivity sandwich panels are used, which can effectively retain heat in winter and provide good thermal insulation in summer, reducing air conditioning energy consumption by more than 30% and meeting energy-saving and environmental protection requirements. The structural design strictly adheres to the capital's seismic fortification standards, ensuring safe operation under extreme weather conditions. In response to the tight land resources in Beijing, a multi-story prefabricated warehouse plan has been developed to enhance unit area utilization by expanding vertical space. Additionally, rapid assembly and disassembly services are provided to meet short-term needs such as temporary exhibitions and emergency warehousing, offering high flexibility.

China Construction First Bureau's 'Rural Good House' Design Collaboration Platform and E-MIC Prefabricated Concrete Box House System

• 'Rural Good House' Design Collaboration Platform: This platform deeply integrates on-site inspection data with digital design tools to create a full-process digital solution. It covers five key stages: comprehensive research, plan design, base material selection, component configuration, and implementation guidance. The accompanying digital tools enable functions such as demand profiling, AI-generated drawings, building material comparisons, complete component selection, and online construction Q&A verification, improving design efficiency and accuracy.
• E-MIC Prefabricated Concrete Box House System: Based on digital and modular design, this system completes component disassembly, pipeline layout, and unit combination simulations on the computer, shifting a large amount of traditional work to the factory for standardized and integrated production. It is suitable for various construction scenarios such as urban renewal, new residential buildings, and offices, reducing construction time by more than 40% and minimizing construction waste by more than 50%, aligning with green building trends.

Renovation Design for Prefabricated Large-Panel High-Rise Residential Buildings in Beijing

Reasonably design the unit layout, adopting design concepts such as open spaces and multi-functional spaces to maximize space utilization and enhance occupant comfort. Improve lighting conditions by strategically placing glass windows and increasing balcony areas, enhancing indoor comfort and saving energy. Optimize sound insulation by using sound-absorbing materials and vibration suppression devices to improve sound insulation and address noise pollution in the living environment. Increase storage space by designing built-in wardrobes and wall storage solutions, improving storage space utilization and meeting residents' daily needs.