Meteorological parameters such as irradiance, environmental temperature and humidity, wind speed and direction, atmospheric pressure, etc. are the core basic data for calculating the power generation efficiency of photovoltaic modules, theoretically verifying the power generation of power stations, evaluating project energy efficiency, and developing new photovoltaic products. Traditional fixed meteorological stations have high construction costs and cannot be flexibly relocated, making it difficult to adapt to mobile monitoring scenarios such as distributed photovoltaic multi-point sampling, field temporary testing, and project site acceptance. Suzhou LAILX accurately captures industry gaps and launches the LXH506 portable integrated weather station, which has become a benchmark product for mobile environmental monitoring in the photovoltaic industry due to its lightweight integrated design, multi element synchronous collection, and rapid deployment. It is also applied in multiple fields such as emergency weather monitoring, agricultural and forestry research, and field exploration. Portable weather station

The LXH506 machine adopts a highly integrated ultrasonic sensing architecture, abandoning the traditional split and scattered sensor splicing design. A single host can synchronously and accurately collect six core meteorological elements including total horizontal irradiance, ambient temperature, relative humidity, wind speed, wind direction, and atmospheric pressure. All sensors have been calibrated with high precision in the laboratory, and the measurement errors of irradiance and temperature and humidity are better than the national industry standards. The measured data can be connected to IV testers and photovoltaic simulation software, and the measured power of the components can be corrected by combining environmental parameters to eliminate testing errors caused by fluctuations in light temperature, greatly improving the scientific and reference value of photovoltaic module efficiency detection data.

Portability is the core competitiveness of the product. The entire meteorological station includes a sensor host, a telescopic tripod, and a shock-absorbing rod protective box. The total weight of the whole machine is controlled within 5kg, and can be transported by a single person's hand. The tripod can be set up on the ground after opening the box, and all deployment and debugging can be completed in 5 minutes. Compared with the traditional fixed meteorological station, which takes several hours to install, the deployment efficiency has achieved a qualitative leap. The power supply system is equipped with a 12000mAh large capacity lithium battery, which can work continuously for up to 48 hours when fully charged. Even remote mountainous and desert photovoltaic projects without external power can be monitored for a long time; The device is compatible with three data retention modes: 4G wireless transmission, Bluetooth, and local storage. Monitoring data is remotely uploaded to the cloud platform in real time, and historical monitoring curves and raw data can be accessed anytime and anywhere on mobile phones and computers, making it convenient for researchers and power station maintenance to conduct long-term data review and analysis.

In addition to the photovoltaic field, LXH506 has expanded its application scenarios with its flexible and portable advantages. At natural disaster emergency rescue sites, rescue teams can quickly deploy equipment, monitor changes in wind, rain, and air pressure in real time, and predict the risks of landslides and flash floods; At the agricultural and forestry breeding research base, fixed-point monitoring of microclimate changes in the fields is carried out to assist in crop variety cultivation experiments; In field wind power and geological exploration projects, as temporary meteorological sampling equipment, it meets the environmental data mapping needs in the early stage of the project, truly realizes cross industry and multi scenario reuse of one device, and effectively reduces customer equipment procurement costs.

The current photovoltaic industry has entered a new stage of refined digital management, and power generation benchmarking, energy efficiency analysis, and component attenuation calculation all rely on accurate on-site meteorological data support. The market demand for mobile portable meteorological monitoring equipment continues to rise. LAILX relies on years of research and development experience in photovoltaic instruments, and LXH506 deeply adapts to the actual measurement needs of the photovoltaic industry, optimizing sensor selection and data transmission logic, adapting to various on-site working conditions of domestic photovoltaic projects, and providing nearby after-sales maintenance services nationwide. The future R&D team will expand the sensor interfaces for rainfall and component backplane temperature as needed, achieve parameter selection and upgrading as needed, continuously polish domestically produced portable meteorological monitoring products, empower the digital transformation of the photovoltaic industry with accurate environmental data, and assist in the high-quality and refined development of the domestic new energy industry.

Portable weather station