Reinventing Solar Farm Deployment through Robotics
Libra Robotics is a Silicon Valley startup pioneering AI-powered autonomous robots for large-scale solar installation, revolutionizing renewable energy deployment to be faster, safer, and more cost-efficient.
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Robotic Installation Demo
A quick look at how LibraBots automate solar deployment.
Digital Twin Interface for Project and Robot Management
Empowering owners and EPCs with complete site visibility and control.
Speeds up installation by up to 40% per panel. A 1 GW project can be completed up to four months sooner, unlocking an estimated 20 million USD in earlier grid connection value.
Runs on a Robot-as-a-Service (RaaS) model with pay-per-watt pricing. This model can cut installation costs from $0.145 to $0.05 per watt, a potential 65% reduction.
AI-driven, self-learning algorithms adapt from field data to improve precision, reliability, and on-site performance over time.
Each GW of solar capacity installed can avoid 1.3–1.8 million tons of CO₂ per year, comparable to planting around two million trees, and save up to 350 million liters of freshwater annually.
Built to think, lift, and endure for real-world solar deployment.
Lifts and positions panels using a high-power suction end-effector. Significantly shortens installation time and ensures smooth, precise panel placement.
Delivers robust fastening between panels and racks through rivet-based connectors — theoretically withstands Category 17 typhoon wind loads. Designed to meet industry standards for structural strength and stability.
State-of-the-art AI-driven computer vision guarantees ±0.2mm alignment accuracy for automated assembly, ensuring speed and precision in every operation.
Operates continuously for over 30 hours under IP67 protection. Engineered to perform reliably across harsh environments and uneven terrains.
Designed for intuitive, minimal-training operation. Provides real-time system feedback and includes an emergency stop function for maximum field safety.
To meet global net-zero goals, solar capacity will need to expand nearly tenfold in the coming decades. Traditional manual installation may struggle to keep up with this demand. By introducing automation, large-scale deployment could become faster and more consistent, improving precision and reducing repetitive, strenuous, and potentially hazardous work, ultimately supporting a more resilient clean-energy infrastructure.
See how Libra Robotics transforms solar farm installation. Book a live demo or connect with our team to explore collaboration, partnerships, or pilot opportunities. Let's build the future of clean energy - together.