The power generation performance of photovoltaic power plants is greatly affected by meteorological conditions. Accurate and real-time meteorological data is the basis for evaluating the power plant performance ratio (PR value), analyzing power generation efficiency, and conducting fault diagnosis. However, many photovoltaic power plants in China, especially those located in distributed and remote areas, often lack professional meteorological monitoring equipment, resulting in a lack of reliable data support for energy efficiency calculation, and operation and maintenance decisions rely on experience rather than data. The LXH506 portable weather station launched by LAILX in Shanghai is tailor-made for domestic photovoltaic scenarios. With high precision, strong portability, and intelligence, it is consolidating the data foundation for the refined operation of domestic photovoltaic power plants. Portable weather station

LXH506 integrates high-precision solar total radiation sensors, environmental temperature sensors, component backplane temperature sensors, wind speed and direction sensors, and environmental humidity sensors, which can collect key meteorological parameters affecting photovoltaic power generation in a comprehensive and real-time manner. The equipment adopts self-developed high-precision acquisition modules with high data sampling frequency and strong anti-interference ability, which can maintain stable and accurate data even in complex outdoor electromagnetic environments in China. The built-in wireless communication module supports real-time uploading of data to the LAILX cloud platform or third-party operation and maintenance system, achieving remote monitoring and historical tracing of meteorological data, completely solving the problem of meteorological data silos in domestic power plants.

In terms of portability and environmental adaptability, LXH506 fully considers the on-site operation needs of domestic photovoltaic power plants. The device adopts an integrated design, with a compact size and light weight, making it easy for a single person to carry to any detection point. Equipped with a large capacity rechargeable lithium battery, it supports long-term continuous operation without the need for external mains power, perfectly adapting to various domestic photovoltaic scenarios such as mountainous areas, rooftops, and water surfaces. The equipment casing is made of high-strength anti-corrosion materials, which have excellent waterproof, dustproof, and UV resistant properties. It can adapt to extreme weather conditions in China, from high salt spray along the coast to high sandstorms in the northwest, ensuring long-term stable operation.

The intelligence of LXH506 is not only reflected in data acquisition, but also in the linkage application with IV testing equipment and other devices. In on-site testing of domestic photovoltaic power plants, LXH506 can work synchronously with IV testers such as LX-PV32, providing real-time irradiance and temperature data for STC standard condition correction of IV curves, greatly improving the accuracy and comparability of on-site testing data. Shanghai LAILX firmly believes that accurate data is the prerequisite for intelligent operation and maintenance. The launch of LXH506 not only fills the market gap of portable photovoltaic meteorological monitoring equipment in China, but also provides solid data support for energy efficiency evaluation, fault diagnosis, and power generation prediction of domestic photovoltaic power plants, helping the domestic photovoltaic industry move towards a more scientific and refined digital operation and maintenance new era.

Portable weather station