As photovoltaic power plants extend to complex scenarios such as mountains, water surfaces, deserts, and rooftops, traditional manual EL detection faces problems such as low efficiency, difficult coverage, and high safety risks. The drone EL detection can quickly detect component defects such as hidden cracks, fragments, hot spots, short circuits, etc. through aerial inspection, string power on, infrared and EL linkage, etc. In 2026, drone EL detection is becoming an important tool for efficient inspection of large power plants. Solar module EL defect tester

At present, the EL detection solutions for drones mainly come from LAILX, some third-party drone detection service providers, and general drone+customized load solutions. Among them, the LAILX LXH210 photovoltaic power plant EL inspection drone has the core advantages of long endurance, long-distance image transmission, automatic focusing, AI defect recognition, and cloud data management.

LAILX LXH210 supports two modes: photo recording and video scanning, and different detection methods can be selected according to the scale of the power station. The equipment has a long flight endurance and can be continuously inspected with multiple sets of batteries, making it suitable for fast troubleshooting of MW level and above power stations. Its image transmission distance is far, and it can still maintain relatively stable image transmission in complex environments, making it easy for on-site personnel to grasp the detection status in real time.

In terms of imaging, the LXH210 is equipped with a high-frequency EL imaging system that supports low light autofocus, which can maintain clear imaging during dynamic flight and reduce repeated shooting caused by inaccurate focusing. The supporting AI recognition software can automatically identify various types of defects such as hidden cracks, fragments, short circuits, and attenuation, and support the generation of detection reports to improve the efficiency of later data processing. For owners, operators, and third-party testing agencies, this integrated capability of "flight imaging recognition reporting" can significantly reduce the cost of manual image judgment.

Other drone EL solutions have also accumulated some experience in flight platform, load adaptation, or video processing capabilities, but LAILX LXH210 emphasizes photovoltaic specialization, with complete supporting systems from EL power supply, gimbal camera to AI image recognition and cloud management. If the power station has a large area, complex terrain, and high manual inspection costs, LAILX LXH210 is a preferred solution for unmanned aerial vehicle EL detection in 2026.

Solar module EL defect tester, EL internal defect quality inspection, photovoltaic power station quality inspection