LAILX Suzhou has launched the LXH506 portable weather station, which features integrated, high-precision sensing, lightweight portability, wireless transmission, and intelligent analysis. It accurately monitors core photovoltaic meteorological parameters such as irradiance, ambient temperature, component temperature, humidity, wind speed, wind direction, air pressure, and rainfall, providing real-time, accurate, and comprehensive meteorological data support for photovoltaic power plant power prediction, efficiency evaluation, operation and maintenance optimization, scientific research and testing, and reshaping a new standard for portable photovoltaic meteorological monitoring.

The meteorological environment is the core factor affecting the power generation efficiency of photovoltaic power plants. Parameters such as irradiance, temperature, wind speed, and humidity directly determine the power generation performance of components. Accurate meteorological data is the key basis for power plant design, power prediction, fault analysis, and operation and maintenance decisions. Traditional meteorological stations are bulky, complex to install, rely on fixed power sources, and have poor portability, making it difficult to meet the flexible deployment needs of distributed photovoltaics, mountain power stations, surface power stations, mobile scientific research, emergency monitoring, and other scenarios. LAILX has developed the LXH506 portable weather station to address the pain points of meteorological monitoring in the photovoltaic industry, achieving "rapid deployment, precise monitoring, wireless transmission, and intelligent management", filling the market gap in mobile photovoltaic meteorological monitoring.

The LXH506 adopts an integrated design that integrates high-precision irradiation sensors, temperature and humidity sensors, wind speed and direction sensors, air pressure sensors, rainfall sensors, data acquisition modules, wireless transmission modules, and power supply systems. The entire machine weighs less than 5kg and is equipped with a customized shock-absorbing and protective suitcase. It can be easily carried and quickly installed by a single person, and deployed within 10 minutes without the need for complex infrastructure. It can be flexibly placed in any position such as photovoltaic arrays, roofs, mountains, water surfaces, etc. It is suitable for household use, industrial and commercial use, large ground power stations, and mobile monitoring scenarios, completely breaking away from the fixed installation limitations of traditional meteorological stations.

The core sensing accuracy is comprehensively benchmarked against the industry's top, and the irradiance sensor can be traced back to the WRR benchmark, with a measurement range of 0-2000W/㎡ and an accuracy of ± 3%, accurately capturing solar radiation intensity; The temperature sensor covers -40 ℃~80 ℃, with an accuracy of ± 0.5 ℃, and synchronously monitors the ambient temperature and component backplane temperature; The humidity accuracy is ± 3% RH, the wind speed accuracy is ± 0.1m/s, the wind direction accuracy is ± 3 °, the air pressure accuracy is ± 1hPa, and the rainfall accuracy is ± 4%. The high-precision collection of all parameters ensures the authenticity and reliability of meteorological data, providing accurate data foundation for photovoltaic power calculation, efficiency analysis, and environmental impact assessment.

Leading the industry in intelligence and data management capabilities, the device is equipped with a high-performance data acquisition processor, supporting adjustable sampling intervals of 1 second to 1 hour, real-time collection and storage of meteorological data, and built-in large capacity storage for long-term preservation of historical data. Supports 4G/WIFI wireless transmission, with real-time data uploaded to cloud platforms or local terminals. Users can remotely view real-time data, historical curves, and generate reports through their mobile phones or computers, without the need for on-site monitoring, achieving remote real-time monitoring. Paired with specialized photovoltaic meteorological analysis software, it can automatically correlate IV testing and EL detection data, analyze the impact of meteorological parameters on component power generation performance, and provide scientific basis for power plant power prediction, operation and maintenance optimization, and fault diagnosis.

The outdoor adaptability and endurance have been fully upgraded, and the equipment adopts IP65 high protection level, waterproof, dustproof, corrosion-resistant, wind resistant, and can adapt to extreme environments of -40 ℃~60 ℃. It can operate stably in harsh conditions such as rain, snow, sand, high temperature, and high cold. Built in high-capacity solar lithium battery+backup lithium battery, dual power supply, real-time energy replenishment of solar panels, achieving all-weather and uninterrupted monitoring, completely solving the problem of outdoor power supply, and ensuring long-term stable operation.

LXH506 portable weather station is widely used in photovoltaic power plants: in the early stage of power plant construction, it monitors the meteorological conditions of the site and provides data support for power plant design and component selection; During the operation and maintenance phase, real-time monitoring of irradiance, temperature and other parameters is carried out, combined with power generation data to evaluate the efficiency of the power station and locate power anomalies caused by weather conditions; Provide precise environmental data for component performance testing and new technology development in scientific research testing; Simultaneously adapting to the mobile meteorological monitoring needs of multiple fields such as meteorological emergency, agriculture, and environmental protection.

The LAILX LXH506 portable weather station, with its core advantages of "high precision, integration, portable intelligence, and wireless remote", has become the preferred equipment for meteorological monitoring in the photovoltaic industry. In the future, LAILX will continue to deeply cultivate photovoltaic monitoring technology, iterate product performance, and provide more accurate, intelligent, and convenient meteorological monitoring solutions for the photovoltaic industry, helping power plants improve power generation efficiency, optimize operation and maintenance management, and promote high-quality development of the photovoltaic industry.