Meteorological conditions are the core factors affecting the power generation efficiency, equipment operation status, and operation and maintenance decisions of photovoltaic power plants. Key meteorological parameters such as wind speed, wind direction, atmospheric temperature, relative humidity, atmospheric pressure, and solar irradiance directly determine the power generation performance, power generation prediction, PR value evaluation, and operation and maintenance strategy formulation of photovoltaic modules. Traditional fixed meteorological stations have a large volume, complex installation, high cost, and are difficult to move, which cannot meet the needs of multi-point monitoring, temporary detection, and mobile inspection of photovoltaic power plants. Especially in complex scenarios such as mountains, deserts, and water surfaces, there are many blind spots in monitoring, and data collection is not timely and accurate, seriously affecting the scientificity of power plant operation and maintenance decisions and the accuracy of power generation evaluation. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) focuses on the pain points of photovoltaic power station meteorological monitoring and innovatively develops the LXH506 portable meteorological station. With the core advantages of high integration, portability, precision monitoring, and intelligent transmission, it breaks the limitations of traditional meteorological station scenarios and provides convenient and efficient meteorological data support for photovoltaic power stations, emergency rescue, agricultural production, outdoor operations, and other multiple scenarios, becoming a benchmark device in the field of mobile meteorological monitoring.

LXH506 is a highly integrated portable meteorological monitoring device that adheres to the design concept of "portability, efficiency, precision, and reliability". It is equipped with self-developed ultrasonic micro meteorological sensors LAILX-T5/LAILX-T6, and adopts an integrated structure design. The sensor, data acquisition host, power supply system, communication module, etc. are highly integrated into one, without the need for complex installation. It can be quickly deployed out of the box, completely solving the problems of cumbersome installation, long cycle, and high cost of traditional meteorological stations. The equipment can synchronously and accurately measure six core meteorological parameters, including wind speed, wind direction, atmospheric temperature, relative humidity, atmospheric pressure, and solar irradiance, fully meeting the monitoring needs of photovoltaic power plants for environmental data. It provides accurate and reliable data support for power generation forecasting, PR value calculation, component temperature correction, and operation and maintenance strategy optimization. Compared to traditional split type meteorological equipment, LXH506 has higher integration, smaller size, and lighter weight, greatly improving deployment efficiency and scene adaptability.

Portability and rapid deployment design are the core advantages of LXH506, perfectly adapting to the outdoor mobile monitoring needs of photovoltaic power plants. The entire equipment adopts a modular design, paired with high-density integrated aluminum alloy tripods and shock-absorbing protective suitcases. The tripods are extendable and foldable, lightweight and strong, and can be easily carried and quickly deployed by a single person without the need for professional tools or infrastructure construction. They can be put into use within 5 minutes after being opened and powered on, greatly reducing the preparation time for meteorological monitoring. Whether it is the rugged terrain of mountain photovoltaics, the dusty environment of desert power stations, or the narrow space of rooftop power stations and the humid environment of water surface power stations, LXH506 can be flexibly deployed to achieve multi-point, temporary, and mobile meteorological monitoring, effectively filling the blind spots covered by traditional fixed meteorological stations and building a "fixed+mobile" three-dimensional meteorological monitoring network.

In terms of monitoring accuracy and stability, LXH506 achieves high-precision and stable measurement of meteorological parameters through self-developed sensors and precise calibration technology. The ultrasonic wind speed and direction sensor adopts a design without mechanical rotating parts, with no wear and no risk of jamming. It has strong resistance to dust, rain, and snow interference, high long-term stability, and wind speed measurement accuracy of ± 0.1m/s and wind direction measurement accuracy of ± 3 °. The temperature and humidity sensors use high-precision probes and are equipped with dust-proof and waterproof protective covers. The temperature measurement accuracy reaches ± 0.3 ℃, and the humidity measurement accuracy reaches ± 3% RH, which can adapt to extreme temperature environments of -40 ℃~60 ℃. The irradiance sensor adopts a high-precision photoelectric conversion module with a measurement accuracy of ± 2%, which can accurately capture changes in solar radiation and provide core data for evaluating the power generation efficiency of photovoltaic modules. The equipment undergoes strict calibration and environmental testing before leaving the factory to ensure long-term stable operation in complex outdoor environments, with accurate and reliable data.

The intelligent data transmission and management function greatly enhances the convenience and data application value of LXH506. The device supports multiple communication methods such as wireless transmission and 4G, enabling remote real-time transmission of meteorological data. Users can view monitoring data anytime and anywhere through a mobile app or computer client, without the need for on-site monitoring, making it particularly suitable for remote unmanned photovoltaic power plants. Built in large capacity non-volatile memory, can store historical meteorological data for a long time, supports one click data export, compatible with common formats such as Excel, convenient for users to conduct data analysis, trend analysis, and report generation. At the same time, by integrating with the Laikesi Photovoltaic Cloud Platform, monitoring data can be synchronously uploaded to the cloud, enabling cloud storage, remote sharing, historical trend analysis, abnormal data warning and other functions, helping users achieve intelligent management of meteorological monitoring data and precise operation and maintenance decision-making.

Designed for endurance and environmental adaptability, fully meeting the long-term monitoring needs of complex outdoor scenes. The device is equipped with a high-capacity rechargeable lithium battery and a low-power design. When fully charged, it can support continuous monitoring for more than 7 days 24/7, meeting short-term outdoor temporary monitoring needs; Simultaneously supporting external solar panel power supply, achieving long-term unmanned monitoring and adapting to long-term environmental monitoring scenarios of photovoltaic power plants. The sensor housing is made of imported ABS material, with an overall protection level of IP65. It is dustproof, waterproof, and salt spray resistant, and can adapt to harsh environments such as coastal salt spray, rainy and humid weather, and sand and dust erosion. It is sturdy and durable, greatly extending the service life of the equipment. In addition, the device supports multi site networking and can deploy multiple devices simultaneously to build a regional meteorological monitoring network, achieving large-scale synchronous collection of meteorological data and adapting to the monitoring needs of large-scale scenarios such as photovoltaic power plants, wind farms, and agricultural parks.

With its core advantages of high integration, portability, ease of use, precise monitoring, and intelligent transmission, the LXH506 portable weather station is not only widely used in the field of photovoltaic power plants, but also adaptable to various meteorological monitoring needs such as emergency rescue, agricultural production, outdoor operations, scientific research and teaching, and urban environmental monitoring. In the field of photovoltaics, it can be used for resource assessment of power plant site selection, environmental monitoring during construction, prediction of power generation during operation and maintenance, and fault analysis; In the field of emergency rescue, it can be quickly deployed at disaster sites, providing real-time meteorological data to assist rescue decision-making; In the field of agriculture, field meteorological parameters can be monitored to guide precise irrigation, pest control, and crop planting management. Since its launch, LXH506 has served thousands of domestic photovoltaic companies, meteorological departments, agricultural institutions, and research units. With its stable performance, precise detection, and convenient operation, it has gained high recognition and widespread praise from industry customers.

Accurate meteorological data is an important foundation for the scientific operation and efficient power generation of photovoltaic power plants. The launch of the LAILX LXH506 portable meteorological station in Suzhou has broken the limitations of traditional meteorological monitoring equipment and provided efficient, accurate, and convenient mobile meteorological monitoring solutions for photovoltaic power plants and multiple fields. In the future, LAILX in Suzhou will continue to deepen its cultivation in the field of environmental monitoring, increase research and development investment, continuously optimize the performance of LXH506 products, enrich intelligent functions, and launch more innovative monitoring equipment to improve the entire lifecycle monitoring solution of photovoltaics, helping the photovoltaic industry improve quality, efficiency, and healthy development, and providing strong support for the achievement of China's "dual carbon" goals.