Portable Solar Container – An Integrated Power Solution With Foldable Solar Panels
ALP portable solar container is a mobile containerized solar power generation system, including highly efficient folding solar modules, advanced lithium battery storage, and intelligent energy management. Designed to meet the growing demand for sustainable and mobile power, especially in situations where conventional power infrastructure is inaccessible or insufficient. The innovative and portable solar container contains up to 200 photovoltaic modules with a maximum nominal output of 150 kWp and, thanks to the lightweight and environmentally friendly aluminum rail system, enables rapid and mobile operation.
Core Components of Portable Solar Container
| Component Categories | Core Configuration (20ft Standard Model) | Functions |
| Photovoltaic Power Generation System | High-efficiency monocrystalline silicon photovoltaic panels, total power 20-200kW; foldable design | Efficiently collects solar energy and converts it into electrical energy for the energy storage system; the foldable structure reduces transport space requirements. |
| Energy Storage System | Lithium iron phosphate battery pack, total capacity 20-200kWh; cycle life ≥3000 cycles | Stores photovoltaic energy for continuous power supply during periods of no sunlight; made of lithium iron phosphate for safety and explosion protection. |
| Charge and Discharge Control System | Photovoltaic Inverter (Conversion Efficiency ≥97%); MPPT Controller (Tracking Efficiency ≥99%) | Converts DC to AC to power the load; maximizes photovoltaic panel power generation efficiency. |
| Container Carrier | Standard Chinese container (Q235B steel), rust and corrosion resistant; side-opening door, top-opening skylight | Carries all equipment and provides outdoor protection; a top-opening skylight facilitates the deployment and storage of photovoltaic panels. |
| Intelligent Monitoring System | Industrial-grade touchscreen, remote cloud platform, supporting real-time monitoring of voltage, power consumption, and light intensity | Local and remote dual monitoring enables fault early warning, parameter adjustment, and data statistics. |
| Auxiliary Systems | Diesel generator (backup, 10kW), air conditioning (for equipment cooling), emergency lighting | Supplemental power supply during cloudy/rainy days or high loads; ensures stable operation of equipment inside the container. |
Key Features of Portable Solar Containers
All-Terrain Mobility, Flexible and Rapid Deployment
Utilizing standard container dimensions, it is compatible with various transportation vehicles such as container trucks, railways, and ships, requiring no special transport equipment. Upon arrival at the site, unloading can be completed using forklifts or cranes. Deployment work, including photovoltaic panel deployment and cable connection, can be completed within 2 hours, significantly faster than the construction cycle of traditional photovoltaic power plants.
01
Integrated Photovoltaic and Energy Storage for Stable Energy Supply
Integrating a complete photovoltaic power generation, energy storage, and power supply system, the photovoltaic panels prioritize power generation for the load during the day, with excess energy stored in the battery bank. At night or on cloudy days, the energy storage batteries release power for continuous supply, in conjunction with a backup generator (optional), achieving 24-hour uninterrupted energy supply.
02
High-Strength Protection, Adaptable to Extreme Environments
The container body is welded from Q235B steel, with a sandblasted and rust-free surface, and a fluorocarbon paint coating, achieving a C5 corrosion resistance rating. This allows for long-term use in harsh environments such as coastal areas and chemical industrial zones. The top photovoltaic panel frame is made of aluminum alloy, with a wind resistance rating of up to level 12 and a snow load resistance of 0.5kN/㎡, capable of withstanding typhoons, blizzards, and other extreme weather conditions.
03
Intelligent Operation and Maintenance, Efficient and Convenient Management
Equipped with an intelligent monitoring cloud platform, users can view real-time data such as power generation, energy storage, and load power via a touchscreen or mobile app. It supports remote equipment start/stop and power supply parameter adjustment. The system features self-diagnosis capabilities; when photovoltaic panels, batteries, or inverters malfunction, it automatically sends warning messages to management personnel and switches to backup power mode to reduce downtime risk.
04
Modular Expansion to Meet Diverse Needs
Adopting a modular design, it can be flexibly combined according to power demand: a single 20-foot container can meet the power needs of an outdoor campsite for 50 people or a small project; multiple containers connected in parallel can form a large mobile photovoltaic power station, suitable for scenarios such as large-scale events and temporary power supply in industrial parks. It also supports functional expansion, such as adding charging pile modules, air conditioning modules, and communication base station modules.
05
Technical Specifications
| Technical Parameters | Configuration | |||
| Total Weight (KG) | 7,700 | 12,000 | 17,000 | 25,000 |
| Power Generation Capacity (KWp) | 29.5 | 56.64 | 88.32 | 144 |
| Folded Dimension (L*W*H) | 2877*2290*2064 | 5200*2290*2064 | 5500*2290*2547 | 7500*2430*3314 |
| Unfolded Dimension (L*W*H) | 68000*2877*1000 | 60000*5200*1000 | 89000*5500*1100 | 98000*7500*1150 |
| Maximum Unfolding Speed | 1~9m/min | |||
| Motor Drive Power | 1.5KW*1(Set) | 1.5KW*2(Sets) | ||
| Container Shipping | 20ft GP Container: 2 units | 20ft GP Container: 1 unit | 40ft HC Container: 2 units | Bulk Carrier |
Note: The container is optional, but it is highly suggested. As the carrier and shell of the whole system, it has the functions of protecting the internal components and facilitating transportation and installation. Different types of containers are available in sizes of 8GP, 10GP, 20GP, 20HQ, 40GP, 40HQ, etc., with weights ranging from 1.6 to 4.8 tons, which are able to meet the requirements for transportation and installation in different scales and application scenarios.
Application Areas: Covering Mobile Energy Needs Across All Scenarios
Emergency Rescue and Disaster Reconstruction
After natural disasters such as earthquakes, floods, and typhoons, traditional power grids often fail. Mobile solar-powered containers can be quickly transported to disaster areas, establishing an emergency power supply system within two hours. This provides stable power for lighting, medical equipment (ventilators, defibrillators), and communication equipment to rescue command centers, temporary hospitals, and disaster relief sites. Zero emissions and low noise avoid secondary pollution of the disaster area, meeting the rescue needs of fire departments and emergency management departments.
Outdoor Engineering and Field Operations
Suitable for field engineering scenarios such as highway construction, railway tunnel construction, and mining, providing continuous power to engineering machinery (water pumps, welding machines), project office equipment (computers, printers), and worker living areas (air conditioners, water heaters). It eliminates reliance on the power grid, avoids the fuel transportation hassles associated with diesel generators, reduces project energy costs, and is compatible with engineering companies such as China State Construction Engineering Corporation and China Railway Corporation.
Rural Revitalization and Power Supply in Remote Areas
For remote areas such as mountainous regions, pastoral areas, and islands where grid coverage is difficult, mobile solar-powered containers can serve as micro-power stations, providing villagers with electricity for daily life (lighting, home appliances) and agricultural production (irrigation pumps, livestock equipment). Combined with energy storage systems, they provide 24-hour power, replacing traditional kerosene lamps and small diesel generators, contributing to rural electrification and aligning with the State Grid's rural revitalization projects.
Large-Scale Events and Temporary Venues
For large-scale events such as outdoor music festivals, marathons, and temporary exhibitions, these can serve as temporary power stations, providing energy support for stage equipment, lighting systems, ticketing systems, and catering areas. Their modular design allows for flexible addition or removal of equipment based on event scale, and their zero-noise advantage avoids disrupting the event experience, making them suitable for event planning companies and sports event organizing committees.
Border Defense and Outdoor Security
Deployed in outdoor security scenarios such as border outposts, forest fire checkpoints, and wildlife monitoring points, providing 24/7 uninterrupted power to surveillance cameras, infrared detectors, and communication equipment. Adaptable to extreme environments such as high altitude, extreme cold, and extreme heat, requiring no personnel on duty. Achieved unmanned operation and maintenance through a remote cloud platform, reducing the workload of security personnel. Suitable for border troops and forestry departments.
Commercial and Cultural Tourism Support
At campsites, RV parks, and outdoor cultural tourism scenic areas, these facilities can serve as energy support infrastructure, providing services such as power supply to accommodation areas, charging for new energy vehicles, and landscape lighting. The exterior can be customized with cultural tourism themes to blend seamlessly with the scenic environment, while simultaneously providing green energy supply, enhancing the environmental image of the scenic area, and making them suitable for campsite operators and cultural tourism development companies.
Portable Solar Container Operation and Maintenance Instructions
Operating Procedure
1. Transportation and Unloading: Transport the container to the designated location by container truck. Use a forklift or crane to place the container smoothly on a hard surface (or pre-embedded base).
2. Equipment Deployment: Open the top opening of the container. Unfold and secure the folding photovoltaic panels using the electric push rod. Adjust the angle of the photovoltaic panels (it is recommended to match the local latitude).
3. System Startup: Click "System Startup" on the touchscreen. The controller automatically detects the photovoltaic voltage and battery status, and starts the inverter to provide power.
4. Load Connection: Connect the electrical equipment to the socket or distribution box on the side of the container using cables. Ensure that the total load power does not exceed the inverter's rated power.
5. Shutdown and Storage: When relocation is required, disconnect all loads, click "System Shutdown," retract the photovoltaic panels, close the top opening, and secure the internal equipment before transportation.
Maintenance and Care
- Routine Maintenance: Clean dust, leaves, and other debris from the photovoltaic panels weekly to ensure power generation efficiency; check cable connections for looseness to prevent poor contact.
- Regular Inspections: Check container sealing performance quarterly and repair damaged sealant; test battery voltage and temperature to ensure normal battery condition; calibrate inverters and controllers annually.- Extreme Environment Maintenance: In low-temperature winter regions, activate battery heating (optional) to prevent battery capacity degradation; before typhoons and blizzards, retract photovoltaic panels and secure container doors to prevent equipment damage.
- Fault Handling: After receiving fault alerts via the cloud platform, promptly troubleshoot the corresponding components. For example, if a photovoltaic panel fails, the module can be replaced individually; if a battery fails, it can be repaired individually, reducing maintenance costs.
One-stop Portable Solar Container Supplier in China
ALP can customize container dimensions, photovoltaic power, energy storage capacity, and additional functions according to customer needs, providing a full-process service from solution design and equipment production to installation and commissioning. If you would like to learn more details (such as specific scenario solutions, equipment quotations, and case studies), please feel free to contact us for a customized portable energy solution!
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