Meteorological data is the most fundamental basis for evaluating power generation potential, optimizing system configuration, and analyzing performance degradation throughout the entire lifecycle of photovoltaic power plant design, construction, and operation. However, large power stations often occupy a vast area, and the microclimate differences in different regions are significant. Relying on a single regional meteorological station data often leads to evaluation bias. The LXH506 portable weather station launched by LAILX in Shanghai provides exclusive "micro weather" precise navigation for photovoltaic power plants with its high integration, portability, and accuracy. Portable weather station

LXH506 is an environmental monitoring device specifically designed for photovoltaic applications, capable of real-time and accurate collection of key meteorological parameters such as irradiance, ambient temperature, component backplate temperature, wind speed, wind direction, and humidity. The high-precision radiometer equipped with it covers a measurement range of 0 to 1800W/m ² and has excellent response speed and angle response characteristics, which can truly reproduce the effective solar radiation received by photovoltaic modules. At the same time, the equipment adopts industrial design with high protection level, and is free from extreme weather such as sand dust, rainstorm, high and low temperature, so as to ensure the continuity and stability of data during long-term outdoor deployment.

As a "portable" weather station, LXH506 breaks the limitations of traditional fixed weather stations, which are cumbersome to install and cannot be moved. It is lightweight and easy to install, and operation and maintenance personnel can deploy it in different array areas of the power station or newly built sites to be evaluated at any time according to testing needs. In scenarios such as power plant PR value calculation, component attenuation analysis, and outdoor verification of new components, LXH506 can provide localized environmental benchmark data that is fully synchronized with the testing equipment, completely eliminating environmental errors caused by spatial distance. In addition, the device supports multiple data interfaces and wireless transmission protocols, and can seamlessly integrate with devices such as the Lexus IV tester and inverter tester to build a complete "environment device" data loop.

Whether it is early resource assessment or later refined operation and maintenance, LXH506 provides solid meteorological support for scientific decision-making of photovoltaic power plants with its reliable data output. The Lexus LXH506 is helping the photovoltaic industry steadily move forward in complex and ever-changing natural environments with its keen "environmental perception".

Portable weather station