In the operation and maintenance of large ground power stations, water surface power stations, and mountain power stations, the number of components is huge and widely distributed. Traditional manual EL detection is not only time-consuming and labor-intensive, but also difficult to achieve full coverage and high-frequency fine inspection. The LXH210 unmanned aerial vehicle EL detection system launched by Shanghai LAILX deeply integrates high-altitude flight platforms with professional EL imaging technology, and reconstructs a new paradigm for the operation and maintenance of large-scale photovoltaic power plants from the perspective of "aerial eagle eyes", achieving an intelligent leap from "people finding defects" to "defects finding people". Solar module EL defect tester

The core advantage of LXH210 lies in its excellent large-area detection capability and high-definition imaging quality. The device supports one-time imaging of 1-36 components, combined with 5-10 times high-definition detection efficiency, and can complete EL scanning of hundreds of components in a single flight, completely solving the tedious operation of frequent MC4 power on. The pioneering dynamic 4K video detection mode, combined with video and camera dual-mode inspection, enables operation and maintenance personnel to capture defects such as hidden cracks, broken grids, and fragments in real time during flight, greatly improving the efficiency of fault detection. The infrared lock equipped with relative focus and six directional obstacle avoidance system ensures clear imaging and safe flight even in complex terrain and variable lighting conditions.
In terms of intelligent data processing, LXH210 is deeply integrated with LAILX AI Photovoltaic Cloud Platform. The EL images collected by drones can be automatically uploaded to the cloud for batch recognition and defect classification by AI algorithms, with a recognition speed of up to 100ms per image, and automatically generate fault location reports containing GPS coordinates. Operations personnel can use the cloud platform to model power plants, analyze trends, and manage defects, achieving a fully digital closed-loop process from "discovering problems" to "solving problems". The device supports ultra long distance image transmission of 15 kilometers and automatic cruise control within a radius of 2 kilometers. Combined with replaceable batteries and mobile charging stations, it can achieve 24/7 uninterrupted inspection operations.

The launch of the LXH210 drone EL detection system marks the official entry of photovoltaic operation and maintenance into the intelligent era of "air space integration". It not only solves the efficiency and coverage problems of large-scale power station inspections, but also significantly reduces operation and maintenance costs and enhances power generation revenue through data-driven precision operation and maintenance. LAILX, driven by technological innovation, continues to promote the digital and intelligent transformation of photovoltaic operation and maintenance. LXH210 is the core carrier of this strategy, providing strong support for the efficient, safe, and sustainable operation of photovoltaic power plants worldwide.

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