In the process of high-quality development of the photovoltaic industry, component quality testing has become a fundamental link to ensure system reliability. With the continuous expansion of photovoltaic application scenarios, traditional fixed detection equipment is no longer able to meet the diverse on-site detection needs. The LAILX LXG30 portable EL detector, with its innovative design concept and flexible detection capability, is providing a new technical solution for photovoltaic hidden crack detection, promoting the development of detection technology towards a more convenient and efficient direction. Photovoltaic panel testing instrument

During the production, transportation, and operation of photovoltaic modules, defects such as hidden cracks, broken grids, black cores, and virtual soldering may occur. Although these micro damages may not be obvious in the initial stage, they will gradually expand over time, ultimately affecting the power generation efficiency and long-term reliability of the modules. On site testing environments often have complex conditions, which place higher demands on the adaptability and stability of testing equipment. The LXG30 adopts an innovative portable design, integrating professional level detection functions into a lightweight device platform. It is equipped with a high-sensitivity infrared chip lailx9s, with a single component high-definition imaging of up to 0.5mm/pixel. Visible light shielding detection is not affected, and even in low light, dark light or no light environments, precise autofocus can be perfectly achieved. The high infrared refractive index of 99.8% provides better detection image quality in low current and short-term exposure.

In terms of operation and portability, LXG30 fully considers the actual needs of photovoltaic power plant sites. The device supports 2.4G Wi Fi wireless control and fast image transmission, achieving 10 meter wireless control detection, EL image transmission display time less than 5 seconds, and supports dynamic video framing positioning. The built-in battery can provide up to 12 hours of long-lasting battery life. At the same time, the equipment is equipped with laser positioning function, using 400nm safe laser, which has no impact on EL detection. Combined with a 2-meter carbon fiber lightweight bracket, it is compatible with various terrain detection, greatly improving the efficiency of component detection. The entire device is packaged in a portable three proof instrument box, making it safer to carry on business trips.

The outstanding performance of this portable detector is also reflected in its intelligent operating system. The instrument is equipped with an intuitive touch screen display, and the operation interface is simple and clear. Even non professional technicians can quickly get started through simple training. During the testing process, EL testing of photovoltaic modules can be completed in just a few simple steps, and a detailed testing report can be automatically generated, providing a strong basis for subsequent repair and maintenance. LXG30 can adapt to the testing needs of different types of photovoltaic modules through modular system design and scalable software architecture. Whether it is traditional crystalline silicon modules or new thin film modules, it can provide reliable testing services.

With the continuous advancement of photovoltaic technology and the continuous innovation of product forms, photovoltaic modules are developing towards larger sizes and higher efficiency. The LXG30, with its innovative technological design and reliable performance, not only represents the current level of technology in the industry, but also explores new directions for the future development of photovoltaic hidden crack detection. It will continue to drive the entire industry steadily towards more efficient, intelligent, and convenient goals, and contribute professional strength to the high-quality development of China's photovoltaic industry.

Photovoltaic panel testing equipment, solar cell testing equipment, outdoor photovoltaic power station testing equipment