As the scale of photovoltaic power plants moves from megawatt level to gigawatt level, the traditional "human wave tactic" inspection mode has completely become ineffective. Faced with thousands of components, relying on manual handheld devices to inspect them one by one not only consumes time and effort, but also poses a huge risk of missed detections. The introduction of drone technology has brought dimensional improvement to photovoltaic operation and maintenance. From a high altitude, drones can quickly cover large arrays, but the challenge lies in how to perfectly transplant EL detection, a technology that requires close range, dark environment, and high stability, into the air. At present, unmanned aerial vehicle manufacturers such as DJI Industry Application and Fuya Intelligence provide universal flight platforms, but lack in-depth customization for photovoltaic detection; However, some startups that attempt to integrate EL payloads are often limited by battery life, image transmission stability, and imaging quality. UAV EL detector

The Shanghai LAILX unmanned aerial vehicle EL detection system LXH210 was born to fill this high-end market gap as an "aerial reconnaissance force". The LXH210 is not simply a combination of a drone and a camera, but a highly integrated and systematic solution. It adopts a customized lightweight EL excitation pod, which can perfectly adapt to mainstream industry drones. During the flight, LXH210 can achieve high-precision automatic exposure control and image stitching, ensuring that each EL photo is clear and distinguishable, and the position information is accurate and error free.

The core competitiveness of LXH210 lies in its powerful backend AI analysis platform. The massive image data collected by drones is transmitted to ground stations or the cloud through high-speed links. The system can use deep learning algorithms to automatically identify defects such as hidden cracks, black hearts, and broken fences in a very short period of time, and automatically generate defect distribution maps with GPS coordinates. Operations personnel only need to click on the red dot on the map to accurately locate the specific faulty component, greatly improving defect elimination efficiency. For large-scale ground power stations, agricultural photovoltaic complementary power stations, and difficult to reach water surface power stations, LXH210 has increased inspection efficiency by dozens of times, truly achieving a leap from "sampling inspection" to "full inspection", allowing the hidden dangers of every component to be exposed from the perspective of God.

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