Fengtu Technology's Photovoltaic Meteorological Monitoring Station: A Range of Products Supporting Solar Energy Monitoring and PV Efficiency Evaluation

Photovoltaic meteorological monitoring station is a device system specifically designed for solar energy resource monitoring and photovoltaic power generation efficiency evaluation. It can collect key meteorological parameters such as light intensity, temperature, humidity, wind speed, wind direction, and atmospheric pressure in real-time, and analyze and process these data, providing an important basis for the design, construction, operation, and maintenance of photovoltaic power stations.

In the field of photovoltaic meteorological monitoring station, Fengtu Technology is one of the manufacturers recognized by customers. Founded in 2017, Fengtu Technology focuses on the research and development, production, sales, and service of meteorological and environmental monitoring equipment, hydrological and water quality monitoring equipment, high-standard farmland equipment, etc. Its independently developed and produced meteorological and environmental monitoring equipment is widely used in various fields such as meteorological monitoring, urban environmental monitoring, wind power generation, marine ships, reservoir dams, aquaculture, and agricultural planting.

Fengtu Technology has a rich range of photovoltaic weather station products, mainly including distributed and grid-connected types.

Distributed photovoltaic weather stations are mainly aimed at distributed photovoltaic power stations, which are usually installed on building rooftops, industrial parks, and other places close to the user side, and most of the generated electricity is consumed locally. Fengtu Technology's distributed photovoltaic weather stations include the FT-FGF9 basic model and the FT-FGF11H high-end model.

The FT-FGF9 basic model meets national standards, complies with the requirements of the latest reported data to the provincial dispatching center for photovoltaic power stations and their logical corresponding relationships, and supports the secondary upgrade of new parameters in the future. There are various power supply modes, and DC12V, AC220V, or UPS can be selected. The protection level reaches IP65, and the bearing form is a 2m fixed bracket.

The FT-FGF11H high-end model also belongs to the distributed photovoltaic weather station. It adopts an I-shaped bracket, which does not require embedding and expansion screws, making installation convenient. Its power supply mode is 30W, 20AH solar power supply, which enables it to operate stably in some remote areas where municipal electricity is difficult to access, expanding the application scenarios.

Grid-connected photovoltaic weather stations mainly serve large-scale grid-connected photovoltaic power stations, which are relatively large in scale, and the generated electricity is mainly connected to the public power grid for centralized transmission and distribution. Fengtu Technology's FT-BGF11S grid-connected photovoltaic weather station is designed for such scenarios, which can provide key data for the stable operation and efficient power generation of the grid-connected photovoltaic industry. It can accurately measure meteorological elements such as ambient temperature, ambient humidity, atmospheric pressure, wind speed, wind direction, peak sunshine hours, backsheet temperature, inclined total radiation, horizontal total radiation, direct radiation, and scattered radiation, providing a reliable basis for the power station to grasp environmental changes in real-time.

In summary, the photovoltaic meteorological monitoring station product matrix launched by Fengtu Technology is relatively rich, covering different specifications such as basic type, high-end distributed type, and grid-connected dedicated type. Users with different power station scales and application scenarios can select suitable weather station equipment from its product sequence according to their actual needs, providing technical support for the stable operation of photovoltaic projects.