In vast ground photovoltaic power stations and complex terrain power stations, traditional manual EL detection faces challenges such as low efficiency, multiple blind spots, and high risks of high-altitude operations. In order to achieve large-scale and refined inspection of internal defects in photovoltaic modules, Shanghai LAILX has launched the LXH210 unmanned aerial vehicle EL detection equipment. This device deeply integrates high-definition EL imaging technology with unmanned aerial vehicle (UAV) flight platforms, providing unprecedented high-altitude visibility and data support for intelligent inspection of photovoltaic power plants. Solar module EL defect tester

LXH210 has excellent high-altitude operation and precise positioning capabilities. The device supports image transmission distances of up to 15 kilometers, combined with infrared lock-in focusing technology, ensuring stable and clear capture of EL images inside the components even in high-altitude flight. Whether it is a rolling mountain power station or a vast desert photovoltaic base, LXH210 can easily cover it, completely eliminating the blind spots of manual inspection. The six way obstacle avoidance system it is equipped with provides multiple guarantees for the safe flight of drones in complex power plant environments, greatly reducing the risk of equipment explosion.

In terms of detection efficiency and data analysis, LXH210 has achieved a qualitative leap. Drones can automatically cruise along preset routes, perform large-scale EL video scanning and photography, and improve detection efficiency by tens of times compared to traditional methods. The high-definition EL images captured can be transmitted back to the ground station in real-time and seamlessly integrated with LAILX's self-developed AI diagnostic cloud platform. The cloud platform utilizes the self-learning ability of large models to batch identify 12 types of defects such as hidden cracks, broken grids, PID decay, etc. in milliseconds, and automatically generates power plant health diagnosis reports with GPS coordinate positioning.

The widespread application of LXH210 is restructuring the operation and maintenance management system of photovoltaic power plants. It not only solves the problem of difficult inspection and loss assessment in large power stations, but also provides scientific basis for precise defect elimination, asset evaluation, and power generation improvement of power stations by establishing component health records. Shanghai LAILX uses LXH210 unmanned aerial vehicle EL detection equipment as the core, combined with ground portable detection instruments, to construct a three-dimensional detection matrix that integrates air and ground. This innovative measure marks the official entry of photovoltaic power station operation and maintenance into a new era of digitization and intelligence, providing protection for the full lifecycle preservation and appreciation of photovoltaic assets.

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