Our patented robotic system makes clean energy mobile. Designed to autonomously deploy and dismantle modular solar panels and batteries, it brings power where it's needed—no construction, no delays, just intelligent off-grid energy wherever the sun shines.
Self-Assembled Photovoltaic Power Station
Our Self-assembled Photovoltaic Power Station redefines how renewable energy is delivered. Designed for mobility, autonomy, and resilience, it deploys solar panels and battery modules without the need for construction, foundations, or heavy equipment. Whether it's powering remote regions, temporary events, or emergency relief efforts, our solution brings clean, off-grid energy anywhere the sun shines.
Modular Components
Stackable Design
Built with standardized frames to ensure seamless transport and vertical stacking.
Plug-and-Play Connectors
No manual wiring. Spring-loaded connectors ensure safe electrical and mechanical links during placement.
Smart Compatibility
Every unit has a machine-readable ID to enable autonomous tracking, sorting, and placement by the robot.
Built to Endure
Rugged aluminum construction protects components from outdoor conditions across a wide range of environments.
Robotic Deployment
Advanced Navigation Suite
Equipped with GPS, LIDAR, optical sensors, and 3D mapping software, the robot navigates complex terrain and aligns modules with pinpoint accuracy.
Manipulator Mechanism
A forklift-style arm uses curved rails and magnetic grips to grip and stack modules securely—ensuring mechanical and electrical connection during placement.
Autonomous Handling
The robot can connect modules before placing them, form continuous rows of solar units, and replace battery modules without interruption.
Safety & Overrides
If the robot encounters unexpected obstacles or unstable ground, it alerts a remote operator who can intervene or manually override navigation.
Mobile Storage & Grid Integration
Grid-Tied or Off-Grid Operation
Battery banks feed energy into the local electrical grid using integrated power electronics. Alternatively, they can serve isolated systems like farms, construction sites, or electric vehicle chargers.
Scalable Battery Modules
Battery units are designed to be stacked and deployed alongside solar panels, making expansion simple and cost-effective. Systems can grow from a few modules to large-scale storage arrays with no redesign required.
24/7 Power Availability
Stored solar energy ensures power delivery even during the night or cloudy weather. Smart switching ensures seamless transition between solar input and stored energy when sunlight isn't available.
Smart Energy Management
Integrated software continuously monitors demand and storage levels, distributing power efficiently between local loads, grid feed-in, or backup needs. It optimizes output based on usage patterns and weather forecasts.
Rugged and Portable Design
Battery systems are built for transport and rapid setup. They require no foundation or permanent infrastructure, allowing for easy redeployment as needs change.
INTELLIGENT PLANNING & CONTROL
Layout Planning Tools
Users can define solar farm layouts using digital maps or drag-and-drop software. Once uploaded, the robot follows the configuration autonomously.
GPS Spot Markers
Reusable GPS markers can be physically placed in the field to define boundaries and positions. The robot reads these references during startup.
Weather & Load Awareness
Based on solar forecasts or grid demand, the system can deploy or retract modules automatically—optimizing energy production and reducing wear.
On-the-Fly Reconfiguration
As field use changes or needs evolve, the robot can rearrange modules to reflect the updated layout—without requiring new infrastructure or human labor.