As a high-voltage direct current electrical system, photovoltaic power plants are exposed to outdoor environments for a long time, and are susceptible to erosion from rainwater, moisture, dust, and ultraviolet radiation. Component heat spots, loose terminal connections, cable aging, poor contact in combiner boxes, and abnormal inverters occur frequently. These faults are typically characterized by local abnormal heating. If not detected in a timely manner, they can easily lead to major safety accidents such as component burnout, system short circuits, and even fires, seriously threatening the safety of power plant assets and personnel. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) focuses on the core needs of photovoltaic thermal safety detection, relying on the core technology of infrared thermal imaging and years of industry experience. It has launched the LX-F200 handheld infrared thermal imaging instrument, which has the core advantages of ultra-high thermal sensitivity, wide temperature range precise temperature measurement, high-definition infrared imaging, portability and durability, and intelligent analysis. It quickly captures subtle temperature differences in equipment, accurately locates thermal hazards, provides efficient solutions for thermal safety detection of photovoltaic power plants, and builds a solid defense line for power plant thermal safety. handheld thermal imaging thermometer

As a handheld infrared thermal imaging device dedicated to photovoltaics, LX-F200 has excellent core temperature measurement performance. It is equipped with a self-developed 12 μ m advanced process manufactured infrared detector, with a thermal sensitivity of up to 35mK, which can accurately capture subtle temperature differences of 0.035 ℃, clearly presenting the device's small heating abnormalities and avoiding hidden dangers and missed detections caused by insufficient sensitivity of traditional equipment. The temperature measurement range covers from -20 ℃ to 650 ℃, fully adapting to the temperature measurement needs of photovoltaic modules, combiner boxes, inverters, cables, wiring terminals and other equipment. Whether it is virtual connection heating in low-temperature environments or equipment overload and overheating in high-temperature conditions, it can be accurately measured. The infrared resolution reaches 640 × 512, coupled with a high-definition color display screen, the imaging is clear and delicate, which can intuitively present the temperature distribution of the equipment, accurately locate the position of the hot spot and the size of the heating area, and provide intuitive basis for troubleshooting.

Extremely portable and ergonomic design, suitable for outdoor long-term work needs. The LX-F200 is lightweight and features an ergonomic body design, providing comfortable grip and preventing fatigue during prolonged handheld operations. The device is equipped with a high brightness display screen, which supports clear visibility under sunlight without shading, making outdoor work convenient and efficient. Equipped with IP54 dust and waterproof rating, it can adapt to harsh environments such as high and low temperatures, sand and dust, and humidity. It is stable and reliable for long-term outdoor use. Equipped with a large capacity lithium battery, it has a long battery life and supports fast charging, meeting the needs of all day outdoor inspections. The operation interface is simple and intuitive, with reasonable button layout, supporting one click temperature measurement, one click photography, and one click video recording. Novices can quickly get started and greatly improve work efficiency.

Intelligent analysis and data management functions help to improve the efficiency and standardization of detection work. LX-F200 is equipped with professional infrared analysis software, which supports real-time display of temperature data, automatic marking of maximum/minimum temperature, temperature difference analysis, isotherm setting and other functions. It can quickly locate abnormal hotspots and accurately determine the type and severity of faults. The device is equipped with a large capacity storage, which can store tens of thousands of infrared images and videos. It supports one click data export to the PC end, making it easy for later data analysis, report generation, and data tracing. Simultaneously supporting laser positioning function, it can accurately mark the location of heat generation, facilitating quick on-site inspection and maintenance. In the inspection of photovoltaic power plants, the surface temperature of components can be quickly scanned to accurately identify hot spot components; Detect electrical equipment such as combiner boxes and inverters, and identify hidden dangers such as loose wiring, poor contact, overload heating, etc; Inspect the cable lines and identify issues such as insulation aging, damage, and heat generation to ensure comprehensive thermal safety of the power station.

Full scene adaptation and reliable performance, covering the testing needs of photovoltaics and multiple industries. In addition to thermal safety testing for photovoltaic power plants, LX-F200 is also widely used in fields such as power operation and maintenance, industrial manufacturing, building security, HVAC testing, and new energy battery testing. In power operation and maintenance, it can detect heating hazards such as high-voltage equipment, transformers, and switchgear; In industrial manufacturing, it can be used for equipment fault diagnosis and production line temperature monitoring; In the field of architecture, it can detect issues such as wall insulation, water leakage, and electrical circuit heating. With advantages such as precise temperature measurement, high-definition imaging, portability and durability, and intelligent analysis, LX-F200 has become a benchmark product for thermal safety testing in the industry and has been widely recognized by customers.

Suzhou LAILX always focuses on customer needs, adheres to technological innovation, relies on a sound R&D system, strict quality control, and professional after-sales service to provide customers with high-quality thermal imaging detection solutions. In the future, LAILX will continue to deepen its cultivation of infrared thermal imaging technology, continuously optimize the performance of LX-F200 products, enrich functional applications, and use more advanced products to assist in the intelligent upgrade of thermal safety detection in photovoltaic power plants and various industries, ensuring the safe operation of equipment.

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