Fengtu's Photovoltaic Weather Station: Enabling Precise Meteorological Monitoring for Photovoltaics

Photovoltaic power plants are inseparable from the Photovoltaic Weather Station. It accurately collects various meteorological data, especially parameters related to solar radiation, and then scientifically predicts the optical power output of photovoltaic power stations. These data provide timely and accurate information for the daily operation and maintenance management of the power station, helping operation and maintenance personnel predict potential problems in advance. For comprehensive performance evaluation, detailed data make the evaluation more objective and comprehensive, pointing out the direction for the optimization and upgrading of the power station. For relevant scientific research, rich data samples provide strong support for researchers to explore the intrinsic connection between new energy power generation and meteorological conditions.

As an enterprise deeply engaged in the field of meteorological and environmental monitoring, Fengtu has been committed to the research and development, production, sales and service of related equipment since its establishment in 2017. The Photovoltaic Weather Station developed by Fengtu is updated with the continuous development of the new energy industry. Meteorological environment data at the project site is a core indicator determining the efficiency of solar power generation. It not only plays a decisive role in power generation quality but also provides effective data basis for the scientific design of solar power stations. Relying on a professional technical team and a complete production chain, Fengtu ensures that the Photovoltaic Weather Station can still stably and accurately collect data in complex and changeable meteorological environments.

Fengtu's standard meteorological stations are developed and produced in strict accordance with the observation standards of the World Meteorological Organization and the specifications of the International Electrotechnical Commission, belonging to a new generation of equipment. The system can monitor a variety of meteorological data, including ambient temperature, humidity, atmospheric pressure, wind speed, wind direction, rainfall, as well as photovoltaic-related parameters such as inclined global solar radiation, backsheet temperature, and peak sunshine hours. With stable and reliable performance, high detection accuracy, and support for unattended mode, it can fully meet the business needs of professional meteorological observation and also be well adapted to the data collection requirements of photovoltaic power stations.