Scalable Container House With Solar Energy System
Brand Dichu Equipment Technology (Shandong) Co., Ltd.
Product origin Weifang, China
Delivery time 15-20 days (can be expedited)
Supply capacity Annual production: 10,000 sets
Product highlights of expandable container houses with solar energy systems
1. Intelligent energy management and optimization
Peak shaving and valley filling and peak-valley arbitrage of expandable container houses with solar energy: By real-time monitoring of photovoltaic power generation, energy storage status and household electricity load, the system can automatically adjust the energy storage charging and discharging strategy. For example, store electricity when the grid load is low, release electricity at peak times, reduce electricity bills, and use the peak-valley electricity price difference to obtain economic benefits.
Energy self-sufficiency and emergency backup: When the grid is out of power, the energy storage system can be used as a backup power source to ensure the basic electricity needs of the family and achieve seamless switching of electricity.
2. Efficient integration and customized design of expandable container houses with solar energy
Integrated photovoltaic power generation, energy storage batteries and charging functions to support household green electricity self-use, surplus electricity storage and electric vehicle charging needs, and improve energy utilization efficiency.
Aesthetics and architectural integration: Some products provide personalized customization of component colors and shapes to ensure that the equipment is coordinated with the appearance of the building, combining functionality and aesthetics.
3. Safety and reliability of expandable container houses with solar energy
Multiple safety protection: adopt multi-level safety protection technologies such as battery level, electrical level, and structural level, and use AI safety system to monitor equipment status in real time to prevent risks such as leakage and overload.
Data disaster recovery and local storage: in the event of network failure, data can be temporarily stored locally and automatically resumed after recovery to ensure the integrity of system operation records.
4. Intelligent operation and maintenance and remote control of expandable container houses with solar energy system
Internet of Things and cloud management: support remote monitoring of equipment operation status, battery health and power generation efficiency. Users can adjust strategies and view revenue data in real time through mobile phone APP or Web platform to achieve intelligent operation and maintenance.
AI-assisted operation and maintenance: some systems have built-in AI fault diagnosis function, which can accurately locate problems and push early warning information to reduce maintenance costs.
5. Environmental protection and economic benefits of expandable container houses with solar energy system
Green energy cycle: reduce carbon emissions through photovoltaic power generation, and increase the proportion of green electricity consumption through energy storage system, helping to achieve zero-carbon life.
-Diversified economic benefits: In addition to saving electricity bills, you can also obtain additional benefits by surfing the grid with surplus electricity or participating in virtual power plant projects, thereby increasing the return on investment.
6. Flexible adaptation and scenario expansion of expandable container houses with solar energy systems
-Multi-scenario solutions: Provide customized installation solutions for different building structures (flat roofs, sloping roofs, courtyards, etc.)
Strong scalability: Support linkage with smart home devices, and be compatible with V2G (vehicle-to-grid interaction) technology in the future to achieve two-way charging and discharging of electric vehicles and home energy systems.
Through technical integration and intelligent management, expandable container houses with solar energy systems achieve efficient energy utilization, safety and reliability, and user economic needs, while taking into account aesthetic design and environmental protection value. It is an important innovation direction for current household energy systems.
Product name: Expandable container house with solar system
Product images
3. Product Detailed Description:
The expandable container house with solar energy system is an innovative residential solution that integrates double-wing expansion container house and photovoltaic energy storage integrated system. It not only meets the needs of modern people for flexible living space, but also realizes an efficient and environmentally friendly lifestyle through green energy technology.
Product Features:
The expandable container house with solar energy system adopts high-quality steel and innovative folding design. Through the double-wing unfolding mechanism, the house area can be more than doubled in a short time. It can be made into 2 bedrooms and 1 living room, 3 bedrooms and 1 living room, and the layout is diversified. The appearance color, pattern and material can be customized according to user needs to meet different aesthetic and functional needs.
2. Photovoltaic energy storage integrated system: green energy
The expandable container house with solar energy system is equipped with high-performance solar photovoltaic panels, which are installed on the top of the house to convert solar energy into electricity. Solar power generation is used first, and excess electricity is stored to ensure stable power supply on rainy days or at night, so as to realize self-generation and self-use of energy without relying on external power grids. Excess electricity can also be sold on the grid, saving electricity costs in the long term.
Intelligent management: Expandable container houses with solar energy are equipped with energy management systems (EMS) and battery management systems (BMS) to achieve intelligent monitoring and management. It has functions such as overcharge protection, over-discharge protection, and temperature monitoring to ensure stable operation in various environments.
Stable power supply: Expandable container houses with solar energy have peak shaving and valley filling, frequency modulation and peak shaving functions, improve the quality of the power grid, and reduce power fluctuations on the user side.
Application scenarios: enterprises and institutions, disaster relief, business, conference rooms, field operation barracks, municipal resettlement housing, homestays, military training bases, communication base stations, villas, emergency, etc.
Expandable container houses with solar energy: low carbon, green, energy-saving, economical and environmentally friendly, easy to disassemble and assemble, fireproof and heat-insulating, long service life, self-sufficient electricity, saving electricity bills, reducing carbon emissions, strong mobility, and easy to solve energy and living problems. All products can provide customized services
4.
Product details: Specifications:
Unfolded size: Length 5900 (11380) mm * Width 6300 mm * Height 2480 mm
Folded size: Length 5900 (11380) mm * Width 2200 mm * Height 2480 mm
| Product Name | Light storage green smart house (20HQ double-wing expansion box) | ||||
| Dimensions before expansion (external dimensions) | Length 5900mm, width 2200mm, height 2480mm | ||||
| Expanded dimensions (external dimensions) | Length 5900mm, width 6300mm, height 2480mm | ||||
| Area | 37.17㎡ | ||||
| Approximate total weight | 4.5 tons (estimated) | ||||
| Photovoltaic storage system | |||||
| power（Wp) | Quantity (blocks) | Total installed capacity (kWp) | Double-slope pointed roof with 18 photovoltaic panels fully covered and off-grid solution | ||
| Photovoltaic panels | 610 | 18 | 10.98 | ||
| Energy storage installed capacity | Total installed capacity（kWh) | ||||
| Energy storage battery pack | 20 | ||||
| Bathroom Hardware | |||||
| 18 | toilet | Brand toilet*1 set | |||
| 19 | Shower | Handheld showerhead*1 set | |||
| 20 | Cabinet Basin | Ordinary mirror cabinet ceramic integrated basin * 1 set | |||
| 21 | Water supply and drainage | Water supply and drainage*1 set | |||
| Solar storage green smart house 20HQ expansion box (1 room, 1 living room, 1 bathroom): | |||||
5
.Product details pictures and description
Modular design of expandable container houses with solar energy: using standardized modules, each module has independent functions and can be freely combined. According to different needs, such as space size, functional layout, etc., the modules can be flexibly increased or decreased or adjusted, and the transformation from a single residence to a multi-person activity space can be easily realized, meeting various scenarios, whether it is field scientific research, emergency rescue, or temporary building construction in scenic spots.
Movable design: The expandable container house with solar energy is equipped with convenient handling interfaces and lifting points, and rollers or slide rails are installed at the bottom, which is convenient for moving and transporting with the help of forklifts, cranes and other equipment. The connection between modules is stable during transportation, which can adapt to various road conditions. After arriving at the destination, it can be quickly assembled and put into use.
Shell material: The expandable container house with solar energy is made of high-quality steel with high strength, which can effectively reduce the overall weight and facilitate mobility. It also has good corrosion resistance and can be used for a long time in harsh environments. The surface is specially treated to enhance wear resistance and oxidation resistance.
Monocrystalline silicon photovoltaic panels are a type of efficient and stable solar power generation equipment made of monocrystalline silicon materials and widely used in photovoltaic power generation systems. Its core advantages lie in high photoelectric conversion efficiency, excellent weak light performance and long life, and it is an important part of the modern clean energy field.
The energy storage system we launched is an intelligent energy solution that integrates lithium iron phosphate batteries and high-performance inverters. It is designed for home, industrial and commercial, microgrids, and source-grid-load-storage scenarios. The light energy storage system adopts a modular design, supports stacking and wall-mounted installation, and flexibly adapts to different space requirements. It also has the characteristics of efficient energy conversion, long life, high safety and intelligent management.
Product Features
Efficient energy conversion
Adopt high-quality lithium iron phosphate batteries, with a cycle life of more than 6,000 times and a service life of more than 10 years.
The inverter has a maximum conversion efficiency of more than 98% and supports fast charging and discharging.
Intelligent management system
The container house with solar expansion is equipped with an advanced battery management system (BMS), which monitors the battery status in real time and provides multiple protections such as overvoltage, undervoltage, and overtemperature. It supports multiple communication protocols such as RS485 and CAN, and can be seamlessly integrated with mainstream inverters.
High safety
Lithium iron phosphate batteries have excellent thermal stability and will not cause thermal runaway even under extreme conditions.
The inverter has a complete fault protection function to ensure the safe operation of the system.
Application scenarios
Home energy storage
Combined with solar panels, store excess energy during the day and use it at night or during power outages.
Provide backup power to ensure that basic household appliances operate normally during power outages.
Industrial and commercial energy storage
Charge when electricity prices are low and discharge during peak hours to reduce electricity costs.
Improve energy efficiency and reduce dependence on the power grid.
Microgrid
Support off-grid and grid-connected operation to improve energy self-sufficiency.
Optimize the use of distributed energy and reduce the instability of new energy generation.
Source-grid-load-storage
Smooth power fluctuations on the power generation side and the user side to improve the quality of the power grid.
Realize primary and secondary frequency modulation control to improve power grid stability
