Environmental monitoring solutions for PV Systems

1.Product overview of Environmental monitoring solutions for PV Systems

Environmental monitoring solutions for PV Systems can observe a variety of meteorological data such as total tilted solar radiation, backplane temperature and peak sunshine hours.Meteorological environmental data is an important indicator for determining solar power generation and plays a decisive role in the quality of solar power generation.At the same time, it also provides effective data guarantee for the design of solar power stations.Our Environmental monitoring solutions for PV Systems are based on the International Meteorological Organization WMO Meteorology A new generation of integrated meteorological environment monitoring station designed and produced in accordance with observation standards and IEC (International Electrotechnical Commission) specifications.

The meteorological data that this system can monitor include: ambient temperature, ambient humidity, atmospheric pressure (optional), wind speed, wind direction, total oblique solar radiation, back panel temperature, peak sunshine hours and other meteorological data.It has the characteristics of stable performance, high detection accuracy and unattended operation, which can meet the business requirements of professional meteorological observation.

2.Product features of Environmental monitoring solutions for PV Systems

1.Real-time data monitoring: More than 20 types of meteorological data in photovoltaic areas can be collected and analyzed, including monitoring of ambient temperature, ambient humidity, atmospheric pressure, wind speed, wind direction, total oblique solar radiation, peak sunshine hours, back panel temperature, etc.data.

2.Integrated collector: The integrated photovoltaic environment data collector adopts a new generation 32-bit MCU processor and integrates high-precision GPS, GPRS, and Bluetooth digital chips on the board, which can accurately correct the collection time and perform high-precision positioning and transmission.The protocol is the standard MODBUS protocol.

3.High-quality imported components: The internal core components of the ambient temperature and humidity, atmospheric pressure, and radiation sensors are imported from Europe and the United States to ensure high-precision and high-stability collection of data sources.

4.Wireless data storage: 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.

5.Multiple communication modes: Supports wired RS485, USB and wireless GPRS/Bluetooth communication methods to facilitate customers' data collection and transmission.

6.Smart data operation and maintenance: a new generation of mobile APP operation and maintenance software.Connected to Android phones via low-power wireless Bluetooth, the supporting software supports the standard MODBUS protocol.After running the software, you can view real-time data, view historical data, change the device address, adjust the sensitivity coefficient of the radiometer, view the operating status of the collector, and set the software configuration.Six functions including permissions.

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 module internally to realize intelligent switching between AC and DC power supply.The low-power energy-saving design has an overall power consumption of less than 1W.

8.Integrated observation bracket: The re-optimized integrated observation bracket can support installation on round or square tubes.Its small size and light weight allow on-site personnel to quickly, conveniently and simply install and debug the equipment by one person.

3.Technical indicators of Environmental monitoring solutions for PV Systems