With the strong investment in green energy, the photovoltaic industry has experienced widespread development and application, and the importance of on-site operation and maintenance has also been continuously increasing. In the operation of photovoltaic power plants, the shaded solar cell modules will generate heat, forming a "hot spot effect", which can seriously damage solar panels and directly affect power generation and equipment safety. In order to assist operation and maintenance personnel in accurately and quickly assessing the performance of photovoltaic power plant components, LAILX has launched the LX-F300 handheld infrared thermal imaging device, which has become a powerful tool for photovoltaic operation and maintenance due to its sturdy, durable, accurate and portable characteristics. Compact, portable, precise imaging

The core advantage of LX-F300 lies in its MagicThermal detail enhancement imaging technology. After enabling this function, color thermal imaging of the target area can be presented through touch in real-time thermal imaging, while other areas are displayed in black and white thermal imaging. This innovative design significantly enhances the imaging effect of subtle temperature differences for specific targets in complex scenes, which is beneficial for on-site diagnosis of defects with subtle temperature changes. At the same time, the newly optimized picture in picture experience allows users to overlay thermal images of any size on visible light images, and can freely move and adjust the coverage position of thermal images, clearly displaying the location information that matches the thermal image coverage area and the real scene, helping users quickly locate the fault location in the real scene.

In terms of professional analysis capabilities, LX-F300 has expert level native analysis capabilities. The device supports full screen temperature rise display and phase to phase temperature difference calculation. It can set the ambient temperature as the reference temperature, shield environmental temperature interference, automatically calculate the temperature rise of the device, and automatically calculate the phase to phase temperature difference of electrical equipment, achieving more scientific diagnostic analysis. Users can also use the bookmark annotation function to quickly mark abnormal thermal images on the thermal imager, and quickly filter and find annotated thermal images in the gallery, greatly improving on-site diagnostic efficiency. In addition, the device supports real-time analysis of thermal images and zone setting of emissivity, with separate emissivity settings for different target areas to achieve accurate temperature measurement of different materials.

In terms of data transmission and storage, LX-F300 offers a wide range of interface options. The device supports WiFi FTP data fast transfer, and both PC and smartphone can directly connect to the thermal imager through WiFi FTP for wireless fast transmission of thermal imaging images; Simultaneously supporting Type-C USB 3.0 wired transmission, high-speed SD card transmission, as well as HDMI and Bluetooth interfaces, to meet the data exchange needs in different scenarios. The device adopts Gorilla Glass explosion-proof touch screen, with a display pixel of up to 1280 × 720, equipped with a 13 megapixel built-in digital camera, supports flashlight illumination and flash mode, ensuring clear images can be obtained under various lighting conditions.

The LX-F300 handheld infrared thermal imaging device brings a new experience to the operation and maintenance of photovoltaic power plants with its professional temperature analysis, innovative imaging technology, and convenient data management functions. It can not only help operation and maintenance personnel timely detect and solve component hot spot problems, avoid power generation losses caused by component failures, but also provide solid technical support for the safe and stable operation of photovoltaic power plants.

Compact, portable, precise imaging, visual remote temperature measurement, handheld thermal imaging device