Grid connected photovoltaic meteorological station

1Grid connected photovoltaic meteorological stationProduct Overview

Meteorological environment data is an important indicator that determines solar power generation and plays a decisive role in the quality of solar power generation; At the same time, it also provides effective data assurance for the design of solar power plants. The BGF11S intelligent cloud connected digital high-precision solar power environment monitoring system is a standard meteorological environment monitoring station designed and produced in accordance with the International Meteorological Organization's meteorological observation standards and IEC (International Electrotechnical Commission) specification standards. At the same time, it also meets the requirements of GB/T19964 "Technical Regulations for Photovoltaic Power Generation Access to Power Systems" and Q/GDW11000 "Information Exchange Specification for Grid connected Dispatch and Operation of Photovoltaic Power Stations". The meteorological data that this system can monitor include: environmental temperature, environmental humidity, atmospheric pressure, wind speed, wind direction, back panel temperature, peak sunshine hours, horizontal total radiation, inclined total radiation, direct radiation, scattered radiation, and other meteorological data. It has the characteristics of stable performance, high detection accuracy, and unmanned operation, which can meet the business requirements of professional meteorological observation.

Widely used for real-time monitoring of solar power plants, providing data assurance for researching the quality, efficiency, and fault diagnosis data management of solar power generation.

IIGrid connected photovoltaic meteorological stationProduct Features
1. Real time data monitoring:It can collect and analyze various meteorological data, including grid connected operation report data, environmental temperature, environmental humidity, atmospheric pressure, wind speed, wind direction, back panel temperature, peak sunshine hours, horizontal total radiation, inclined total radiation, direct radiation, scattered radiation and other meteorological data.

2. Technology based data acquisition device:The photovoltaic environmental data acquisition instrument adopts a new generation 32-bit MCU processor and integrates a high-precision GPS chip on the board, which can accurately correct the acquisition time and perform high-precision positioning.
3. Offline data analysis:Using a 32-bit processor to collect and analyze the collected data information, without the need for platform computing or cloud analysis, the statistical analysis data is directly output through the collector's statistical function for users to store and analyze the collected information.
4. Integrated wind speed and direction sensor:Using self-developed and self-produced integrated wind speed and direction sensors, the structure is simple, waterproof and dustproof, the monitoring performance is more stable, the measurement accuracy is higher, the installation is more convenient, and the quality is guaranteed.
5. Stainless steel equipment protective box:The equipment protection box is designed with stainless steel material, with external anti-corrosion and internal waterproof design, which better protects the electrical structure of the equipment and ensures the stability of long-term unmanned monitoring of the equipment.
6. Tracker:The direct radiation sensor and scattered radiation sensor are equipped with adaptive fully automatic solar trackers. This tracker can be used normally within the range of south latitude less than 60 ° and north latitude less than 60 °, with a temperature range of -40 to 60 ℃
7. Green power management:This data acquisition device can adopt two power supply modes: AC220V and DC12V. And a new generation of green power management module has been integrated internally to achieve intelligent switching between AC and DC power supply.
8. Integrated observation bracket:The integrated observation bracket with exterior design facilitates on-site personnel to quickly, conveniently, and simply install and debug equipment by one person.
3、 Technical indicators