Solar Roof Intelligent Folding Modern Modular Housing Residential
Brand Di Chu Equipment Technology (Shandong) Co., Ltd.
Product origin South of the intersection of 309 National Road and Wanshan Road, Zhuliu Street, Changle County, Weifang City, Shandong Province
Delivery time Production cycle: 15-20 days (can be expedited)
Supply capacity Annual output 50,000 sets
Solar Roof Smart Folding Modern Modular House Residential Product Highlights
Solar roof smart folding modern modular housing housing green, low carbon energy saving
Solar Roof Smart Folding Modern Modular Housing: Adopting a foldable design, reducing transportation and storage space, reducing material waste, and practicing sustainable development.
Photoelectric storage off-grid system: solar power generation + energy storage battery, energy self-sufficiency, zero carbon emissions, environmental protection and energy saving.
2 Solar roof folding contemporary prefabricated houses are smart, convenient, comfortable and livable
Rapid deployment: The folding box is ready to use, with a short construction period and flexible adaptation to the needs of diverse scenarios.
Smart home integration: supports intelligent temperature control, lighting, and security systems to enhance the convenience and comfort of living.
Off-grid worry-free: The photovoltaic storage system guarantees all-weather power supply, without grid dependence, and is suitable for remote areas or mobile scenarios.
Eco-friendly folding light storage smart house is cost-effective and cost-optimized
Cost controllable: modular folding box + standardized optical storage system, significantly reducing construction and transportation costs.
Simple maintenance: light and durable structure, strong corrosion resistance, low cost of later operation and maintenance.
Solar roof folding contemporary prefabricated house design, extremely flexible
Ultra-small transportation volume: The volume is reduced by 70% after folding, which greatly saves logistics and warehousing costs.
Ready-to-use: The site can be quickly deployed without complex construction, and it supports repeated disassembly, assembly and migration.
Solar roof folding contemporary prefabricated houses have a wide range of scenarios and multiple adaptations
Cultural tourism camping: create unique spaces such as mobile homestays and ecological camps.
Emergency response: Rapid response, build temporary shelters or medical stations.
Remote garrison: Solve the problem of living in areas without electricity and improve the quality of life.
Solar Roof Smart Folding Modern Modular Home - Eco-friendly, Flexible and Smart Future Living Solutions!
1. Product Name: Solar Roof Smart Folding Modern Modular Housing Residence
2. Product image
3. Detailed product description: The solar-powered rooftop smart folding modern modular housing is a novel residential solution that integrates environmental protection, energy conservation, and intelligence. It utilizes folding and packing box houses as the main structure, paired with a photovoltaic energy storage system, to achieve self-generation and self-consumption of energy, providing users with a green, convenient, and comfortable living space.
Product Features
1. Solar-powered roofs foldable contemporary prefabricated houses: flexible and efficient
Structural advantages: Made of high-strength steel, featuring a unique folding structure and composite materials, it is sturdy and durable. Additionally, it boasts excellent waterproof, fireproof, and earthquake-resistant properties, while being lightweight, making it easy to transport and install.
2. Solar-powered roof folding contemporary prefabricated house: green energy
Equipped with high-performance solar photovoltaic panels, installed on the roof of the house, it converts solar energy into electrical energy. It gives priority to using solar power generation and stores excess electricity to ensure stable power supply even on rainy days or at night. This achieves self-sufficiency in energy, eliminating the need to rely on external power grids. The excess electricity can also be sold to the grid, resulting in long-term savings in electricity costs,
3. Intelligent management: The solar-powered roof folding prefabricated house is equipped with an Energy Management System (EMS) and a Battery Management System (BMS) to achieve intelligent monitoring and management. It features overcharge protection, overdischarge protection, temperature monitoring, and other functions to ensure stable operation in various environments
Stable power supply: Solar-powered roofs with foldable contemporary prefabricated houses possess peak shaving and frequency regulation functions, improving the quality of the power grid and reducing electricity fluctuations on the user side.
Application scenarios: enterprises and institutions, disaster relief, commerce, conference rooms, field work camps, municipal resettlement housing, guesthouses, military training bases, communication base stations, villas, emergency response, and more.
Advantages: Solar-powered roof, intelligent folding, modern modular design, low-carbon, green, energy-saving, economical and environmentally friendly, easy to assemble and disassemble, fireproof, heat insulation and thermal preservation, long service life
Self-sufficiency in electricity, saving on electricity bills, reducing carbon emissions, strong mobility, and easily solving energy and housing problems.
4. Product detail parameters: Specification and model: 2990mm*6055mm*2896mm
2438mm*5900mm*2470mm(Colors and sizes can be customized)
| Luxury Z-shaped Folding Box for Solar-Energy Storage Green Smart House (Grid-Connected and Off-Grid Solutions) | ||||
| Photovoltaic installed capacity | ||||
| name | Size (mm) | Power (Wp) | Quantity (pieces) | Total installed capacity (KWp) |
| photovoltaic panel | 610 | 9 | 5.49 | |
| Energy storage installed capacity | ||||
| name | Total installed capacity (KWh) | |||
| Energy storage battery pack | 20 | |||
| 6m TEU (Twenty-foot Equivalent Unit) | External dimensions (L*W*h) | 6055mm*2990mm*2896mm | ||
| index | Thermal insulation performance | λ=0.048W/m·K | wind-resistant performance | 0.60kN/㎡ |
| Sound insulation performance | Sound insulation level ≥30dB | Fire performance | A-level | |
| Waterproof performance | 360-degree seaming, organized drainage, precipitation rate of 16mm/min, no leakage | Seismic performance | 8-level | |
| Ground live load | 2.0kN/㎡ | roof live load | 0.5kN/㎡ | |
| structure | Top frame | Two galvanized roller-rolled steel beams 170#*5580mm*2.3mm, two 170#*2700mm*2.3mm beams, four galvanized large lifting heads, five top secondary beams 80*40c steel *1.2 thick, four 20*20 square tubes *1.0 thick, high temperature 200 degree electrostatic spraying process | ||
| bottom frame | Galvanized roller-rolled steel, with 2 lower beams of 160#*5580mm*2.3mm, 2 lower beams of 160#*2700mm*2.3mm, 4 galvanized large lifting hooks, 9 square tubes for bottom secondary beams of 50*100*1.2 thickness, equipped with downpipes and S-shaped water drainage channels | |||
| Column | Galvanized roller-rolled steel, 150mm*210mm*2526mm*2.3mm*4 pieces, L-shaped folding piece, equipped with bolt nut, equipped with hexagonal socket bolt, high temperature 200 degrees electrostatic spraying process | |||
| Capping | Galvanized color steel plate with a thickness of 0.45mm, with 995 high-quality structural adhesive at the joints, with corners and edges engaged, including butyl tape for waterproofing, 50# glass wool, PE moisture-proof protective film, Class A fire resistance, | |||
| Surface Treatment | electrostatic spray | |||
| rock wool | Rock wool core material | The thickness of the color steel composite board is 50mm, and the thickness of the color steel plate is 0.35mm. It is coated with a double-layer PE film, exhibiting a grayish-white color with an orange peel texture. The material is reinforced with cotton and has a Class A non-combustible rating in terms of flammability. | ||
| suspended ceiling | decorative layer | YX28-277-195 flat ceiling board, 0.5mm | ||
| ground | Structural board | 1177*2820*18mm, 5 pieces of highest quality cement board | ||
| ground handling | PVC environmentally friendly plastic floor, thickness 1.6mm | |||
| door | Entrance doors | 50# plug-in frame (fireproof lock handle) (970*1970) | ||
| window | External window | 50# plug-in frame, double-sliding, double-glazed insulating, burglar-proof window (930*1130) | ||
| decoration | Interior decoration corner | Color plate column profiled parts, PVC environmentally friendly skirting decorative line, 4 column iron internal corners + 4 skirting lines | ||
| Electrical (Chint) | lamp | Two sets of single-tube LEDs | ||
| Socket/ | 3x10A five-pin socket outlets, 1x16A air conditioning socket outlet | |||
| switch | One single-button switch | |||
| Power Distribution Box | One eight-circuit distribution box | |||
| Industrial plug | 1 set of industrial socket | |||
| wiring | Main line 4 square meters, air conditioning 4 square meters, socket 2.5 square meters, light line 1.5 square meters | |||
| Note: Both the room and the photovoltaic and energy storage system can be customized according to customer needs and requirements | ||||
5. Product detail images and descriptions
The solar-roofed smart folding modern modular house is a new type of temporary box house, which is portable and easy to assemble. It adopts a folding box design, resulting in a compact size after folding, facilitating convenient transportation and significantly reducing transportation costs and space. The installation process is simple and quick, requiring only 2-3 people and taking 3-5 minutes to complete, allowing for the rapid establishment of a living space.
Structure: It is primarily composed of steel structural components such as the base, columns, beams, roof, and walls. The walls and roof are typically constructed using materials like color steel composite panels, offering functions like thermal insulation, heat insulation, and sound insulation.
Features: Convenience: Adopting modular design, prefabricated in the factory, assembled on-site, it can be quickly erected, saving construction time and also facilitating disassembly and transfer.
Durable and robust: Materials such as color steel have high strength and good stability, featuring earthquake resistance, wind resistance, fire resistance, waterproofing, corrosion resistance, and other properties, enabling them to withstand harsh climates.
Elegant and aesthetically pleasing: The solar-powered roof, featuring intelligent folding and modern modular design, offers a customizable appearance with a wide range of colors and patterns to choose from. Its simplicity and elegance blend seamlessly with the surrounding environment.
Reusable: The solar-powered roof, featuring intelligent folding and modern modular design, can be disassembled and assembled multiple times without affecting its performance, enhancing resource utilization, reducing costs, and aligning with the concept of sustainable development.
Application areas Temporary accommodation: used for construction site worker dormitories, field work camps, emergency rescue and disaster relief temporary resettlement sites, etc., capable of quickly providing warm and comfortable living spaces.
Commercial use: Solar-powered roofs with intelligent folding and modern modular design can be converted into shops, restaurants, cafes, offices, etc. Their unique appearance attracts customers and is commonly seen in tourist attractions, commercial streets, and other places.
Public facilities: Public institutions such as schools and hospitals can utilize their mobility and flexibility to set up temporary classrooms, consulting rooms, isolation wards, etc., to meet the needs during special periods.
Environmental protection projects: The main structures of facilities such as garbage classification stations, sewage treatment stations, and environmental monitoring stations provide convenience for the environmental protection cause.
Monocrystalline silicon photovoltaic panels are a type of efficient and stable solar power generation equipment, made from monocrystalline silicon materials and widely used in photovoltaic power generation systems. Their core advantages lie in high photoelectric conversion efficiency, excellent low-light performance, and long lifespan, making them an important component in the modern clean energy sector.
The energy storage system we have launched is an intelligent energy solution that integrates lithium iron phosphate batteries with high-performance inverters. It is specifically designed for households, industrial and commercial sectors, microgrids, and source-grid-load-storage scenarios. The lightweight energy storage system adopts a modular design, supports stacking and wall-mounted installation, flexibly adapts to different spatial requirements, and features efficient energy conversion, long lifespan, high safety, and intelligent management
Product Features
Efficient energy conversion
Equipped with high-quality lithium iron phosphate batteries, it boasts a cycle life exceeding 6,000 cycles and a service life lasting for over 10 years.
The inverter boasts a maximum conversion efficiency of over 98% and supports rapid charging and discharging.
Intelligent management system
The solar-powered rooftop folding prefabricated house of today is equipped with an advanced Battery Management System (BMS) that monitors the battery status in real time and provides multiple protections against overvoltage, undervoltage, and overtemperature. It supports various communication protocols such as RS485 and CAN, enabling seamless integration with mainstream inverters.
High security
Lithium iron phosphate batteries exhibit excellent thermal stability and will not trigger thermal runaway even under extreme conditions.
The inverter is equipped with comprehensive fault protection functions to ensure safe operation of the system.
Application scenarios
Home energy storage
Combined with solar panels, it can store excess energy during the day and use it at night or during power outages.
Provide backup power to ensure that basic household appliances can operate normally during power outages.
Industrial and commercial energy storage
Charge during the low electricity price period and discharge during the peak period to reduce electricity costs.
Improve energy utilization efficiency and reduce dependence on the power grid.
Microgrids
Support both off-grid and grid-connected operations to enhance energy self-sufficiency.
Optimize the use of distributed energy resources to reduce the instability of new energy generation.
Source network load storage
Smooth power fluctuations on both the generation and user sides to enhance the quality of the power grid.
Implement primary and secondary frequency modulation control to enhance grid stability
