Photovoltaic weather stations have many advantages such as high accuracy, strong reliability and flexibility

Photovoltaic weather station

Photovoltaic environmental monitoring instrument is a standard environmental monitoring station designed and produced in accordance with the International Meteorological Organization's meteorological observation standards and IEC (International Electrotechnical Commission) standards. It has the characteristics of stable performance, high detection accuracy, and unattended operation. Operational requirements for observation.

The photovoltaic automatic weather station produced by NiuBoL can work normally in a variety of natural environments, relying on accurate system equipment to collect various data, and its large storage capacity allows it to continuously store long-term climate data, which is convenient for calculation and analysis of climate effects. In order to cope with the invasion of outdoor harsh weather, professional photovoltaic automatic weather stations use modular open design in both hardware and software, which can be used in a flexible combination.

At the same time, it is equipped with different parameters in the selection of climate sensors, which enhances the resistance to the external environment in terms of lightning protection.

In order to reduce unexpected situations due to lack of power, photovoltaic automatic weather stations use solar energy to supply energy, and also provide a variety of options for the transmission method of power-saving functions. It can be transmitted by a variety of methods such as positioning, broadcasting, and cable, which enhances the reliability of the transmission method.

The advantages of photovoltaic automatic weather stations, professional data analysis, unattended and other characteristics can satisfy professional climate observation, making it extend to a wider range of applications.

Photovoltaic weather stations have many advantages such as high accuracy, high reliability and flexibility, which can provide customers in various fields with more reliable and accurate observation data, and provide more reliable data for further analysis and research. In addition, the practical value of photovoltaic weather stations is also very strong, and can be widely used in research, agriculture and other fields.