Off-grid power. On your terms.
Turn key solutions
Solar energy
Fully operational
Mobile PV Power container
Strategic Overview. Your Instant Power Solution
Our high-performance solar container is designed to deliver reliable, clean energy in remote or off-grid environments. Built with premium components and engineered for autonomous operation, it ensures energy independence in the most challenging conditions.
Autonomus
Durable
Ready to deploy
Off grid
Autonomus
Durable
Ready to deploy
Off grid
Advantages of the PV Container
Clean power wherever you need
world wide
- Energy Independence – No reliance on fuel or external grid
- Rapid Deployment – Plug-and-play solution operational within hours
- Reduced Operational Costs – Minimal maintenance and no fuel dependency
- Scalable & Modular – Easily integrated with additional units
- Sustainable & Eco-Friendly – Zero-emissions power supply
Total Energy Output: Maximum nominal power up to 92 kW, depending on solar conditions and system configuration (using 640W Horay panels, available from October 2025). Peak Power with batteries up to 150 kW.
- Designed using industry-leading technology, this unit brings together reliability, efficiency, and ease of use in one plug-and-play package
- Horay Solar Panels – High-efficiency N-type panels
- Solar MD Batteries – Lithium-ion storage system with robust energy management
- Deye Inverters – Intelligent hybrid inverters for seamless energy conversion
Applicability
Remote industrial sites
Military bases & operations
Emergency response
Construction & mining sites
Mobile field labs or research stations
Eco-turism & festivals
Key Features
Fully Integrated & Mobile – All-in-one power solution
Rapid Deployment – Automated setup with minimal manual input
Smart Forecasting – Built-in weather station for real-time energy planning
Certified & Compliant – International safety and transport standards
Durable & Secure – Engineered for mobility, protection, and longevity in any environment
Connected & Controlled – Optional satellite internet connectivity, climate control and fire suppression for reliable operation anywhere.
Solar Array
- 144 × Horay Solar HS620TC-MHC-D
- 620W N-type modules
- 640W N-type modules available from October 2025
- Peak power up to 150 kWp
- Operating temperature -40°C ~ +85°C
- Wind load/ snow load 2400pa/ 5400pa
- Higher performance under low light environment
- East – West layout 7.5° tilt angle
150 kW
Power up to
with batteryes
92 kW
( up to ) maximum nominal power
- 40°C ~
+ 85°C
Operating temperature
2400pa/ 5400pa
Wind load/ snow load
7.5° tilt angle
East – West layout
How does Mobile PV container work ?
What makes an off-grid PV solar container with battery storage different from traditional diesel generators?
Unlike diesel generators, the solar container provides energy independence without relying on fuel or the external grid. It delivers clean, renewable energy with zero emissions, drastically reducing operational costs since no fuel is required and maintenance is minimal.
How quickly can the solar container be deployed and put into operation?
Thanks to its plug-and-play design, the container can be fully operational within just a few hours of arrival. This rapid deployment makes it ideal for emergency relief, construction sites, or remote areas where fast access to reliable power is critical.
Can the system be expanded if more power is needed in the future?
Yes, the solar container is fully scalable and modular. Additional units can be easily integrated into the system to increase total power capacity, ensuring flexibility for growing energy demands.
How quickly can the solar container be deployed and put into operation?
Thanks to its plug-and-play design, the container can be fully operational within just a few hours of arrival. This rapid deployment makes it ideal for emergency relief, construction sites, or remote areas where fast access to reliable power is critical.
What kind of maintenance is required for the solar container system?
Maintenance requirements are minimal. Since there are no fuel-based engines, the main tasks involve periodic cleaning of solar panels and routine checks on the battery system. This makes it much more cost-effective and reliable compared to fuel-powered solutions.
