The FT - FGF11: A Multifunctional PV Weather Station for Efficient Power Plant Management

The FT - FGF11 is an 11 - parameter PV Weather Station produced by Fengtu IoT. It is a comprehensive meteorological observation device specifically designed for environmental monitoring in photovoltaic power plants. Integrating the monitoring functions of multiple meteorological parameters, it can monitor 11 key meteorological elements, including ambient temperature, ambient humidity, wind speed, wind direction, atmospheric pressure, tilted total solar radiation, horizontal total solar radiation, horizontal direct solar radiation, horizontal diffuse solar radiation, albedo radiation, and back - plate temperature. This simplifies the environmental monitoring system of photovoltaic power plants and reduces construction and maintenance costs.

It can be equipped with various sensors. For example, the highly stable total solar radiation sensor has the advantages of cosine characteristics, fast response, zero offset, and wide temperature response. It can ensure the accuracy and reliability of monitoring data, meet national standard requirements, as well as the latest data requirements and logical correspondence relations reported by photovoltaic power plants to the provincial dispatching. It also supports secondary upgrades of new parameters in the future.

The PV Weather Station supports remote data transmission and real - time monitoring. Operation and maintenance personnel can view and analyze monitoring data at any time through the network, promptly detect and handle potential problems, and improve the operation efficiency and safety of the power plant. The collected meteorological data can be quickly and stably transmitted to the remote monitoring center. After in - depth analysis and processing by professional software, it provides a scientific basis for the operation and maintenance management of the power plant. With the help of big data and artificial intelligence technology, meteorological trends can be predicted, power generation plans can be made in advance, and the overall operation efficiency of the power plant can be optimized.

This weather station is widely used in fields such as solar photovoltaic power generation, solar energy resource assessment, solar system monitoring, and atmospheric energy balance research.