Designed for rapid deployment and high-output performance, the MES-Bolt-15 delivers robust solar energy in a compact, modular form—ideal for off-grid applications, field operations, and emergency response.
Constructed of rugged, weather-tight materials and incorporating advanced energy control technologies, the HJSolarBolt solar container delivers low-maintenance, emissions-free performance. Modular by design, it can be used as a stand-alone unit or integrated with other power systems, offering an innovative, fuel-free solution that improves sustainability, resiliency, and operational simplicity in tough field applications.
Bolt-On Mounting Design:HJSolarBolt is packed in a standard 20GP or 40GP shipping container with a bolt-on, preinstalled solar system. It is designed to be installed rapidly with no concrete foundations or special equipment required.
High-Efficiency Solar Modules:It comes with 132 units of 550W monocrystalline PERC bifacial solar panels featuring high energy output, improved thermal performance, and higher performance under partial shading conditions.
Modular Energy Architecture:Enables flexible system design, with battery storage and inverter systems available as optional additions for off-grid or hybrid applications. Components are pre-assembled or shipped separately based on project logistics.
Rapid Deployment:A result of its prefabricated steel support structure and simplified connection system, HJSolarBolt can be deployed and energized within 90 minutes, reducing labor and installation time significantly.
Durable Design:Withstanding rigorous conditions, the container and mounting system are built with corrosion-resistant steel, weld reinforcement, and IP-rated enclosures for trouble-free extended operation in extreme outdoor or remote settings.
For more detailed parameters, please Download Full Specifications (PDF)
Each container is loaded with top-of-the-range 550W bifacial PERC solar panels, which harvest energy from both sides, optimizing total energy output and providing consistent performance even in low-light conditions.
Our bolt-on mounting structure allows the entire solar array to be installed directly onto the container without concrete foundations, allowing for quick deployment and redeployment.
Units can be used as independent solar generators, integrated with lithium battery storage for evening use, or paired with hybrid configurations with diesel or grid power for maximum flexibility.
With speed in mind, the containerized system can be completely installed and operational in just 90 minutes—just with basic tools and minimal manpower.
100% renewable energy production means that our system operates quietly and emits nothing, rendering it ideal for environmentally sensitive and noise-restricted locations.
Constructed of reinforced, corrosion-resistant steel and weather-sealed parts, the system is built to handle tough conditions, from deserts to seashores.
The system employs monocrystalline dual-glass N-type photovoltaic modules, which provide high conversion efficiency, high durability, and long lifespan. The dual-glass structure provides improved protection against water, dust, and mechanical pressure, reducing the risk of micro-cracks and ensuring stable power generation in the long term. This technology also offers improved resistance to possible-induced degradation (PID), and the modules are extremely reliable for power generation over a long period in harsh outdoor environments.
The system consists of 15 photovoltaic modules that are carefully selected to balance power capacity and structural integrity. This arrangement generates sufficient generation capacity to meet system requirements while maintaining optimized installation space.
All photovoltaic modules produce 600 W of power, which translates to robust and stable overall generating capacity. High power density per module reduces the total number of panels for overall efficiency, maximizing installation efficiency and lowering system complexity. With leading-edge cell technology and design optimization, the modules have excellent energy yield even under low-light or suboptimal conditions, delivering consistent power supply for many applications.
The system features photovoltaic modules of dimensions 2279 × 1134 × 30 mm, providing a huge surface area for efficient sunlight absorption without sacrificing the slim profile for safe installation and greater durability in the long term.
The photovoltaic system has a maximum module power capacity of 9 kWp, with the modules built to an IP66 protection class for strong resistance to dust and water penetration. The module efficiency is up to 23.2%, with high energy yield and long-term reliability. PV1-F 1.4 mm² (1000 V) cables with MC4 connectors are used, with secure connections and stable electrical performance over prolonged periods of continuous use.
The system is configured with an 8 kW output power capacity and 20 kWh of storage, supporting both grid-connected and off-grid applications. This setup ensures reliable energy supply, flexible deployment, and stable operation across different usage scenarios.
The system is housed in a 20-foot non-standard container measuring 6058 × 2438 × 2591 mm, providing a compact yet durable structure for transport and installation. The container is designed with an IP54 protection rating, ensuring resistance against dust ingress and water splashes. It operates reliably within an ambient temperature range of -25 ℃ to 55 ℃, making it suitable for deployment in diverse outdoor environments.
The system adopts a rooftop-fixed photovoltaic mounting structure to ensure stability and long-term durability. The container is equipped with front and rear maintenance doors, providing convenient access for inspection and servicing. A photovoltaic energy storage inverter is included, with an AC output of 10 kW × 1, single-phase 220 V, and an IP65 protection rating, ensuring reliable power conversion and safe operation under outdoor conditions.
Whether for disaster relief operations, remote telephone station construction, rural electrification projects, or construction sites, this portable folding off-grid solar container provides clean, quiet, and mobile electricity.
Construction activities typically require a secure and portable power source for machinery, illumination, and portable offices. The Solar PV Container can be easily transported on the construction site to provide clean electricity, and thus construction activities are not interrupted by the unavailability of grid electricity.
Industrial structures require high and dependable electricity. The solar container makes peak-shaving, reduced energy expenses, and reliability during grid failures possible.
Urban centers need standby power for essential infrastructure such as hospitals, fire stations, and shelters. The stationary solar container is a reliable standby power source during emergencies.
Farms and aquaculture centres can require electricity for pumps, irrigation systems, lights, and monitoring devices. The Solar PV Container provides a firm and off-grid power supply for efficient and sustainable farm operations.
Charging points for electric vehicles are supplemented by hybrid solar and storage systems. The container provides clean electricity, reduces grid load, and saves operation costs.
We've installed the HJSolarBolt on our Da Nang logistics base near the highlands. It's been amazingly resilient despite rain every day and temperature fluctuations. No noise, no fuel problems—just steady power.
We were surprised at how quickly the system went live. The bolt-on frames required much less labor than regular solar rigs. A worthwhile investment for any mobile infrastructure crew.
We've had over six months of use on a temporary construction site on a rotation basis. Power output is stable, and relocation has been managed far better than expected. Minimum maintenance.
Clean power with robust performance statistics. We bought this machine to stop using diesel and have never had regrets. It is now a standard item in our off-grid deployment package.
It can be equipped with PV arrays up to 150 kW and energy storage capacities of more than 430 kWh, depending on configuration, to deliver continuous hybrid or off-grid power for high-demand applications.
The bolt-on modular frame has the system installed and online in 90 minutes or less, making it ideally suited for large construction projects, mining camps, and emergency response.
No. The mobile solar container is a plug-and-play system and does not require permanent foundations, allowing it to be easily moved as needed.
A transition to this mobile solar system reduces diesel consumption by up to 80%, resulting in substantial operational cost savings and reduced carbon emissions.
Yes. It provides integration with diesel gensets, wind turbines, and grid connection for assured power despite adverse conditions.
HighJoule offers product warranty of up to 10 years, yet the lifespan of the system is optimized for 15+ years of operation and maintenance, with the long-term operation advantage of remote diagnostics and on-site assistance.
These systems are well suited for peak shaving, demand charge reduction, shifting loads, backup, and renewable integration. These systems have widespread use in commercial buildings, industrial parks, EV charging stations, and microgrids.
Yes. The system is built with simplicity of integration into solar PV, wind, and other renewable energy technologies. Smart EMS software controls charge and discharge cycles to maximize use of clean energy and minimize grid dependence.
All deployments have remote monitoring, predictive analytics, and add-on O&M services available. Customers have regular software updates, performance reports, and 24/7 technical support via the worldwide service network.
Storage of energy enables savings through peak shaving, load shifting, and optimisation of time-of-use—often reducing electricity bills by as much as 30%. Based on costs, incentives, and system size, return on investment is possible in 3-5 years.
Whether you're ready to move forward or just exploring options, contact us now to discuss your mobile solar container project or request a personalized off-grid power quote.
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