Vispect Wins APVIA Technological Achievement Award

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June 2025 — Vispect, a leading innovator in intelligent automation solutions for renewable energy, has been awarded the APVIA Technological Achievement Award at SNEC PV Power Expo 2025 in Shanghai. The award recognizes Vispect’s revolutionary AI-powered PV module fitting robot, designed to transform large-scale solar panel installation through precision automation.

Presented by the Asia Photovoltaic Industry Association (APVIA), this prestigious award honors companies that demonstrate technological excellence and impact within the global photovoltaic industry. Vispect’s winning solution stood out for its integration of advanced robotics, real-time vision algorithms, and adaptive control systems, enabling faster, safer, and more accurate PV module installation in utility-scale solar projects.

The PV installation robot combines deep learning–based object detection, multi-sensor fusion (including LiDAR and vision), and adaptive mechanical control to autonomously align and mount solar panels with millimeter-level accuracy. It significantly reduces manual labor, minimizes human error, and improves construction efficiency — especially in challenging environments such as uneven terrain or extreme weather.

“We are honored to receive the APVIA award at SNEC PV 2025,” said a Vispect spokesperson. “This recognition validates our mission to bring advanced AI and robotics to the renewable energy industry. Our solar automation solutions are designed to accelerate global solar deployment while improving safety and lowering costs.”

SNEC PV Power Expo, held annually in Shanghai, is the world’s largest solar industry exhibition, attracting technology leaders and energy experts from over 90 countries. Vispect’s award win places the company at the forefront of solar construction automation and underlines its commitment to supporting clean energy growth through intelligent systems.

For more details on Vispect’s AI-driven PV installation technologies, please visit: https://vispect.net/vispect-en/solution.html