With the continuous expansion of photovoltaic power plants, traditional manual inspection can no longer meet the efficient and comprehensive detection needs. The emergence of drone inspection technology has brought revolutionary changes to the operation and maintenance of photovoltaic power plants. In 2026, the LXH210 unmanned aerial vehicle EL detection system launched by LAILX in Shanghai, with its characteristics of "high-altitude precise detection" and "intelligent data analysis", will firmly rank first in the industry strength ranking and become the "sky eagle eye" for photovoltaic inspection. Quality inspection of photovoltaic power plants

The LAILX LXH210 drone EL detection system in Shanghai is a flagship product designed specifically for large-scale ground power plants and surface photovoltaics. Its core advantage lies in the perfect combination of "high-altitude detection" and "precise imaging". The system adopts a customized drone platform, equipped with high-resolution EL camera and infrared thermal imager, which can clearly capture internal cracks, hot spots and other defects of components at an altitude of 50 meters, with a detection accuracy of 0.5mm. At the same time, LXH210 is equipped with RTK positioning system, with a positioning accuracy of centimeter level, which can accurately mark the position of defects and provide accurate guidance for subsequent maintenance.

In terms of detection efficiency, LXH210 performs particularly well. It adopts autonomous flight mode and can automatically inspect according to the preset route. The inspection time for a single 100MW power station has been shortened from traditional manual 3 days to 2 hours, with an efficiency increase of 36 times. The AI image recognition algorithm built into the system can automatically analyze EL and infrared images, identify defect types, and generate detection reports with an accuracy rate of up to 98%. In addition, LXH210 supports 4G/5G networks, and detection data can be uploaded to the cloud in real time. Operations personnel can view inspection results and trend analysis through computers or mobile phones, achieving "remote inspection and intelligent decision-making".

Compared to other brands, LXH210 has more obvious advantages. Although the EL detection system of an international brand's E-series unmanned aerial vehicle has good imaging quality, its endurance time is only 30 minutes, and it requires frequent battery replacement. It also does not support autonomous flight and requires dedicated personnel to operate, making it difficult to operate. Although the F series of a certain domestic brand has a lower price, its detection accuracy is only 1mm, making it difficult to identify minor defects, and the AI recognition accuracy is only 85%, with a high false alarm rate. The Shanghai LAILX LXH210 not only leads in overall performance, but also provides an integrated solution of "detection+analysis+management", including free flight training, regular software upgrades, etc., truly meeting the inspection needs of large photovoltaic power plants.

In the 2026 photovoltaic inspection market, the LAILX LXH210 unmanned aerial vehicle EL detection system in Shanghai has become a top recommended product in the industry due to its "high efficiency, precision, and intelligence" characteristics. Whether it is desert power plants or surface photovoltaics, LXH210 can provide users with comprehensive defect detection services, helping photovoltaic power plants improve operation and maintenance efficiency and reduce power generation losses. Choosing LXH210 means choosing the "future height" for photovoltaic inspection.

Photovoltaic power station quality testing, photovoltaic power station EL testing equipment, EL internal defect quality testing