Photovoltaic power plants are exposed to outdoor environments for a long time, and are subject to environmental erosion such as sun exposure, rain, sandstorms, and humidity. Problems such as component hot spots, loose wiring terminals, cable aging, inverter failures, and abnormal combiner boxes often manifest in the form of local heating. If not detected and treated in a timely manner, it can lead to a loss of power generation efficiency, and in severe cases, cause major safety accidents such as fires and equipment burns. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) focuses on the thermal safety needs of photovoltaic power plants and has launched the LX-F200 handheld infrared thermal imaging device, which has the core advantages of accurate temperature measurement, fast imaging, portability and high efficiency, and intelligent analysis. It realizes the rapid positioning, accurate investigation, and early warning of heating hazards in photovoltaic systems, and builds a solid defense line for the safe and stable operation of photovoltaic power plants.

LX-F200, as a handheld infrared thermal imaging device specially designed by Lexus for the photovoltaic industry, has a core performance that fully adapts to the thermal detection needs of photovoltaic power plants, with industry-leading temperature measurement accuracy and imaging quality. The device is equipped with a high-sensitivity infrared detector, with a temperature measurement range covering * * -20 ℃~650 ℃ and a temperature measurement accuracy of ± 2 ℃ or ± 2%. It can accurately capture subtle temperature changes in components, cables, and equipment. Using high-resolution infrared imaging technology * *, with a spatial resolution of 2.4mrad, it can clearly display hot spots, hotspots, temperature distribution differences, and accurately locate the fault location. Support full screen temperature rise display and phase to phase temperature difference calculation, set the ambient temperature as the reference, shield environmental temperature interference, automatically calculate device temperature rise and electrical equipment phase to phase temperature difference, and achieve more scientific fault diagnosis. Equipped with laser pointers, it can accurately mark the location of hot spots for quick on-site inspection and maintenance.

In terms of portability and user experience, LX-F200 is suitable for outdoor work scenarios, achieving lightweight, intelligent, and convenient design. The whole machine adopts an ergonomic handheld design, with a lightweight body and comfortable grip. It can be operated with one hand without fatigue during long-term operation. Equipped with a high-definition touch screen display, the operation is intuitive and responsive, supporting functions such as image freezing, temperature measurement, area analysis, and data annotation. Built in large capacity storage, supports hot swappable SD cards, can quickly save thermal images, videos, and temperature data, supports one click export and remote transmission. Equipped with rechargeable lithium batteries, it has a long battery life and supports on-site replacement, meeting the needs of long-term outdoor testing. The equipment has a high level of protection and can adapt to harsh outdoor environments such as high and low temperatures, humidity, and sandstorms, with strong durability.

The application scenarios of LX-F200 cover the entire process of photovoltaic power plants, becoming the core tool for power plant operation and maintenance, safety testing, and fault diagnosis, Lex. In the detection of photovoltaic modules, problems such as hot spots, hidden cracks, attenuation, and low efficiency chips can be quickly identified, and the heating components can be accurately located to avoid loss of power generation efficiency; In electrical equipment testing, hidden dangers such as loose wiring terminals, aging cables, short circuits, overloads, inverter failures, and abnormal combiner boxes can be identified to prevent electrical fires; In the daily operation and maintenance of the power station, comprehensive thermal testing can be carried out regularly, and equipment thermal status files can be established to achieve predictive maintenance, reduce failure rates, and extend equipment life; Accurate thermal imaging reports can be provided in power plant acceptance and third-party testing, providing reliable basis for power plant quality assessment and safety acceptance.

As the core product of Suzhou LAILX focusing on photovoltaic safety testing, LX-F200, with its four core advantages of precise temperature measurement, high-definition imaging, portability and efficiency, and intelligent analysis, comprehensively solves the problem of identifying thermal hazards in photovoltaic power plants and promotes the upgrade of photovoltaic operation and maintenance from traditional passive maintenance to proactive predictive maintenance. In the future, LAILX in Suzhou will continue to deeply cultivate the field of photovoltaic safety testing, continuously optimize product performance, expand application scenarios, and provide more professional, reliable, and efficient safety testing solutions for global photovoltaic power plants.