In the operation and maintenance of large-scale ground photovoltaic power stations and distributed rooftop photovoltaics, traditional manual EL detection faces severe challenges such as low efficiency, high risks of high-altitude operations, and multiple blind spots. To overcome this bottleneck, LAILX has innovatively launched the LXH210 drone EL detection system, which deeply integrates aviation technology with photovoltaic non-destructive testing technology, bringing a revolutionary "God's perspective" to power plant operation and maintenance. Solar module EL defect tester

The LXH210 adopts an industrial grade high wind resistant unmanned aerial vehicle platform, equipped with LAILX customized high-sensitivity infrared EL camera and lightweight power on excitation module. During the homework process, the drone can automatically fly along the preset route to quickly scan and image large areas of photovoltaic arrays in high definition. Thanks to the mature EL image processing algorithm of LAILX, LXH210 can accurately capture micro defects such as hidden cracks, broken grids, and black cores inside the components in the air, and transmit them back to the ground station in real time for AI intelligent recognition and defect classification.

Compared to traditional detection methods, LXH210 has achieved an exponential increase in inspection efficiency. The EL survey of several hundred megawatt level power plants can be completed in a single day without the need to build darkrooms or manually climb supports, completely eliminating the safety hazards of high-altitude operations. After the detection is completed, the system automatically splices and generates a thermal map of the distribution of EL defects in the power station, accurately locating the GPS coordinates of each problematic component, providing intuitive data support for subsequent precise maintenance and asset replacement. The emergence of the LXH210 drone EL detection system marks the official entry of photovoltaic operation and maintenance into a digital new era of "air ground collaboration and intelligent diagnosis", providing strong technical support for building a safe and efficient photovoltaic asset management system.

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