Photovoltaic Solar Environmental Monitoring System

1.Photovoltaic Solar Environmental Monitoring System Product Overview

Photovoltaic Solar Environmental Monitoring System provides accurate ambient weather measurement data for optimizing the efficiency of solar power generation.Meteorological environment data is an important indicator to determine solar power generation and plays a decisive role in the quality of solar power generation; it also provides effective data guarantee for the design of solar power stations.The FT-BGF11 smart cloud digital high-precision solar power generation environment monitoring system is a standard meteorological environment monitoring station designed and produced in accordance with the International Meteorological WMO Organization Meteorological Observation Standards and IEC (International Electrotechnical Technical Committee) standard standards.At the same time, it also complies with the requirements of the relevant contents of GB/T 19964 "Technical Regulations on Photovoltaic Power Generation Connection Power Systems" and Q/GDW11000 "Specifications on the Information Exchange of Photovoltaic Power Station Grid-connected Scheduling Operation".The meteorological data that can be monitored by this system include: ambient temperature, ambient humidity, wind speed, wind direction, atmospheric pressure, total inclined solar radiation, total horizontal solar radiation, direct horizontal solar radiation, horizontal solar scattered radiation, albedo radiation, backplane temperature, peak sunlight hours and other meteorological data.It has the characteristics of stable performance, high detection accuracy, and unattended, and can meet the business requirements of professional meteorological observation.

Photovoltaic Solar Environmental Monitoring System is widely used in real-time monitoring of solar power plants, providing data guarantee for the study of solar power quality, efficiency, fault diagnosis data management.

2.Photovoltaic Solar Environmental Monitoring System product features 

1.Real-time data monitoring: Up to 55 types of meteorological data can be collected and analyzed, including grid-connected operating data ambient temperature, ambient humidity, wind speed, wind direction, atmospheric pressure, inclined solar total radiation, horizontal solar total radiation, horizontal solar direct radiation, horizontal solar scattered radiation, backplane temperature, peak sunshine hours and GPS time, solar altitude angle, solar azimuth angle, sunrise time, sunset time and other monitoring data.

2.Technology-based acquisition instrument: The photovoltaic environment data acquisition instrument adopts a new generation of 32-bit MCU processor, and integrates high-precision GPS, GPRS, and Bluetooth digital chips on-board, which can accurately correct the acquisition time and perform high-precision positioning.

3.Wireless data storage: a leading wireless data storage technology.The stored data in the photovoltaic data collector can be wirelessly sent to mobile phones and PDAs for storage and analysis.

4.Smart data operation and maintenance: Adopt advanced cloud data analysis technology, and perform operation and maintenance-level data monitoring and data early warning analysis through GPRS and Bluetooth.It is convenient for on-site personnel to conduct equipment operation and maintenance failure analysis without leaving home.

5.Self-calibration sensitivity: The accuracy of radiation data has a guiding and analytical effect on the power generation of photovoltaic power stations.The accuracy of solar radiation sensors will need to be calibrated and corrected at least two years in accordance with the requirements of the National Meteorological Meteorological Station on the "JJG 458-1996 Total Radiation Table".The FT-BGF11 solar power generation environment monitor can realize automatic calibration and correction of on-site radiation data to ensure the accuracy of radiation data observation.

6.Global tracker: We have equipped direct radiation sensors and scattered radiation sensors with global adaptive fully automatic solar trackers.This tracker can be used normally worldwide at a global scale of less than 60° south latitude and less than 60° north latitude, with a temperature range of -40~60° ℃

7.Green power management: This data collector can use two power supply modes: AC220V and DC12V.It also integrates a new generation of green power management modules to achieve intelligent switching between AC and DC power supply.

8.Integrated observation bracket: The integrated observation bracket is re-optimized to facilitate the on-site personnel to install and debug the equipment quickly, conveniently and simply.

3.Photovoltaic Solar Environmental Monitoring System Technical Indicators