Meteorological parameters are the core basis for the design, efficiency evaluation, operation and maintenance management, and power generation prediction of photovoltaic power plants. Data such as irradiance, temperature, humidity, wind speed, and wind direction directly affect the power generation efficiency of photovoltaic modules and the stability of power plant operation. Traditional fixed meteorological stations have high deployment costs and poor flexibility, making it difficult to cover distributed photovoltaic scenarios such as mountains, deserts, and rooftops; The installation of split type meteorological equipment is cumbersome and data synchronization is difficult, which cannot meet the needs of mobile detection and multi-point monitoring. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) is deeply engaged in the field of photovoltaic environmental monitoring. Relying on independent sensing technology and intelligent design, we have innovatively launched the LXH506 portable weather station, which has the core advantages of high integration, precise monitoring, portability and ease of use, and intelligent interconnection. It achieves integrated and accurate measurement of multiple meteorological parameters, providing efficient, flexible, and reliable meteorological monitoring solutions for photovoltaic power plants, agriculture, emergency response, scientific research and other fields, and becoming the "mobile meteorological sentinel" for photovoltaic power plant environmental monitoring.

With the development of distributed and diversified photovoltaic power stations, new scenarios such as mountain photovoltaics, rooftop photovoltaics, and complementary agricultural photovoltaics are becoming popular, which puts higher demands on the flexibility, portability, accuracy, and multi parameter adaptability of meteorological monitoring. Traditional meteorological monitoring equipment has obvious pain points: the construction period of fixed meteorological stations is long, the cost is high, they cannot be moved, the monitoring range is limited, and it is difficult to adapt to the needs of distributed photovoltaic multi-point monitoring; The sensor of the split type equipment is separated from the host, and the installation is complex, requiring professional personnel to debug, and the data transmission is unstable; Insufficient monitoring accuracy, susceptible to environmental interference, unable to accurately capture subtle changes in meteorological parameters; Single functionality, lack of intelligent data analysis and remote transmission capabilities, unable to meet the intelligent operation and maintenance needs of photovoltaic power plants. The LAILX R&D team addresses industry pain points by integrating ultrasonic sensing technology, low-power technology, and intelligent communication technology to create the LXH506 portable weather station, achieving multi parameter integration, precise monitoring, portable deployment, and intelligent interconnection, and accurately matching the diverse meteorological monitoring needs of photovoltaic scenarios.

The core advantage of LXH506 portable weather station lies in its ability to integrate multiple parameters for precise monitoring. The equipment is equipped with independently developed LAILX-T5/LAILX-T6 ultrasonic micro meteorological sensors, which adopt the principle of ultrasonic detection, have no mechanical rotating parts, fast response speed, strong anti-interference ability, maintenance free, and can stably capture subtle changes in meteorological elements in complex environments. It can accurately measure six core meteorological parameters including wind speed, wind direction, atmospheric temperature, atmospheric humidity, atmospheric pressure, and solar irradiance simultaneously, fully covering the environmental monitoring needs of photovoltaic power plants. The measurement accuracy of various parameters has reached the industry-leading level: wind speed accuracy ± 0.3m/s, wind direction accuracy ± 3 °, temperature accuracy ± 0.2 ℃, humidity accuracy ± 3% RH, irradiance accuracy ± 2%, ensuring that each set of data is accurate and reliable, providing authoritative data support for photovoltaic power plant power generation prediction, component efficiency evaluation, and operation and maintenance strategy formulation.

Highly integrated and portable design, achieving out of the box use, rapid deployment, and adaptable to full scene flexible monitoring. The equipment adopts an integrated and compact structure, which highly integrates sensors, data acquisition hosts, power supply systems, and communication modules without complex installation. It can be quickly deployed out of the box, and can be assembled and debugged by a single person within 3 minutes, greatly improving monitoring efficiency. The whole machine is lightweight and equipped with a dedicated shock-absorbing and protective suitcase, making it easy to carry to various complex photovoltaic scenarios such as mountains, deserts, rooftops, and agricultural photovoltaic complementary power stations. It can also be applied to temporary meteorological monitoring scenarios such as emergency rescue, agricultural production, scientific research and exploration. Adopting high-density integrated tripod, the height can be flexibly adjusted to meet the deployment needs of different terrains; The enclosure protection grade reaches IP65, and the working temperature covers -40 ℃ to 60 ℃. It can resist rainstorm, sand dust, high temperature, low temperature and other harsh environments, and can operate stably in extreme areas such as plateau, coastal, desert and so on.

Intelligent interconnection and data-driven management help upgrade the intelligence of photovoltaic operation and maintenance. The device achieves full coverage of "wired+wireless" dual-mode communication: equipped with a 4G wireless communication module with strong penetration, it can achieve remote wireless data transmission and adapt to complex environments such as mountainous areas and forests; Equipped with RS232/RS485 wired interfaces to meet the requirements of high-speed data transmission over short distances. Built in large capacity storage chip, capable of storing historical data for more than one year, with data backup, reissue, and cleaning functions, effectively avoiding data loss. Equipped with LAILX's independently developed LX-APP and HQservice computer software, it has functions such as real-time data viewing, historical data downloading, data statistical analysis, report export, and abnormal alarm. It supports remote monitoring of multiple terminals on mobile phones and computers, without the need for on-site monitoring, and can grasp changes in the power station environment in real time. The software comes with free domain name resolution services, eliminating the need for additional purchases and significantly reducing usage costs. In addition, the device adopts a low-power design and is equipped with a 12000mAh large capacity lithium battery. It can work continuously for more than 72 hours when fully charged and supports dual power supply of AC 220V/DC 12V. It is suitable for long-term monitoring in outdoor scenarios without power supply.

With excellent performance and reliable quality, the LXH506 portable weather station has been widely used in various fields such as environmental monitoring of photovoltaic power plants, precision agriculture planting, emergency meteorological support, scientific research and exploration, and ecological environmental protection. In the field of photovoltaics, whether it is long-term environmental monitoring of large ground power stations or mobile detection of distributed rooftop and mountain power stations, accurate meteorological data can be provided to help power stations optimize operation and maintenance strategies, increase power generation, and reduce losses. In the field of agriculture, it can be deployed in farmland, greenhouses, and orchards to monitor meteorological parameters in real time, providing data support for precise irrigation, fertilization, pest control, and promoting the intelligent development of agriculture. At present, the device has been highly recognized by numerous photovoltaic power plant owners, agricultural enterprises, and research institutions, with excellent market reputation, and has helped multiple projects achieve data-driven and intelligent management.

As an innovative leader in the field of new energy environmental monitoring equipment, Suzhou LAILX has always adhered to the research and development concept of "precision, portability, intelligence, and reliability", focusing on the pain points of photovoltaic and multi industry environmental monitoring, and continuously launching high-quality monitoring equipment. The LXH506 portable weather station launched this time is an important achievement of LAILX in the field of environmental monitoring. Its multi parameter integration, precise monitoring, portable deployment, and intelligent interconnection provide efficient solutions for photovoltaic operation and multi industry weather monitoring. In the future, LAILX will continue to deeply cultivate the field of new energy environmental monitoring, increase research and development investment, break through core technologies, launch more innovative products, provide solid support for the high-quality development of the global photovoltaic industry and the intelligent upgrading of various industries, and help achieve the "dual carbon" goal.