In the full lifecycle management of photovoltaic power plants, environmental meteorological data is the core foundation for evaluating component performance, calculating system PR values, and conducting fault tracing. However, traditional meteorological monitoring equipment is often bulky and cumbersome to deploy, making it difficult to meet the needs of on-site mobile detection and precise perception of multi-point micro meteorology in photovoltaic power plants. To fill this market gap, Shanghai LAILX has carefully crafted the LXH506 portable weather station, which has solidified a solid environmental data foundation for photovoltaic detection with a lightweight and high-precision design concept. Portable weather station

LXH506 is tailor-made for outdoor photovoltaic detection scenarios, integrating high-precision meteorological sensors such as irradiance, module backplane temperature, ambient temperature, wind speed, and wind direction. The equipment adopts a self-developed high-precision data acquisition module, which can capture real-time and synchronized micro meteorological changes on the power plant site. Its irradiance measurement accuracy is better than ± 3%, and the temperature measurement accuracy reaches ± 1 ℃, fully meeting the strict requirements of third-party testing agencies and power plant operation and maintenance for compliance reporting. Whether it is batch inspection of large ground power stations or sampling inspection of distributed rooftop power stations, LXH506 can provide real and reliable environmental data support.

In terms of portability and on-site adaptability, LXH506 achieves ultimate lightweight and integrated design. The equipment adopts a sturdy and durable protective box, with a built-in large capacity rechargeable lithium battery, which can work continuously for a long time in harsh outdoor environments without the need for external mains power. A single person can easily transport to work sites with limited space, such as rugged mountains, high-rise roofs, or floating power stations on water surfaces, achieving "ready to carry testing". At the same time, the device supports wireless data transmission and component barcode scanning recognition, which can automatically associate and archive meteorological data with IV test data and EL images, providing multi-dimensional cross validation basis for subsequent curve analysis, PR system performance ratio calculation, and fault diagnosis.

Suzhou LAILX is well aware that accurate environmental data is a prerequisite for scientific operation and maintenance. The launch of LXH506 portable weather station not only improves LAILX's product matrix in the field of photovoltaic detection, but also forms a perfect synergistic effect with devices such as LX-PV32 portable IV tester. Through precise perception of micro meteorology, operation and maintenance personnel can accurately distinguish whether the loss of power generation is due to the performance degradation of the components themselves, or external environmental factors such as obstruction and dust, and thus develop more scientific cleaning and maintenance strategies. In the future, LAILX will continue to deeply cultivate the field of photovoltaic testing, and use continuous technological innovation to support the high-quality development of the photovoltaic industry.

Portable weather station