How AI-driven robots are being employed for fast solar panel installation

Chinese automation firm Leapting has announced a AI-driven solar module-mounting robot, promising to cut installation costs by 30% while dramatically increasing efficiency. The machine, capable of installing a panel per minute, is set to begin work this month at a solar farm in New South Wales.

The solar farm, being developed by French energy giant Neoen, spans approximately 1,000 hectares in the Riverina region. With operations expected to commence in 2026, Leapting’s autonomous installation technology is expected to expedite construction, addressing labour cost challenges in the Australian market.

“This robot autonomously stacks, lifts, and arranges solar panels, placing each module with precision,” Leapting says. The system features a caterpillar-track chassis, AI-driven obstacle avoidance, and an advanced vision recognition system that identifies and secures panels in place. The robotic arm picks up modules and positions them with pinpoint accuracy, reducing the risks and inefficiencies of manual installation.

The company sees strong potential for automation in Australia’s high-cost labour market, highlighting its growing suite of AI-powered solutions, including robotic systems for cleaning, and inspecting solar arrays.

Traditional solar module installation typically requires three to four workers per panel, taking up to 15 minutes per installation. Leapting’s automated alternative, by contrast, promises to accelerate project timelines while enhancing safety.

With automation becoming an increasingly critical factor in solar farm construction, Leapting’s entry into the Australian market signals a broader shift toward AI-driven efficiency in the renewable energy sector—one that could redefine how large-scale solar projects are built.

Information from: https://www.pv-magazine-australia.com

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