Pyranometer Measuring Solar Irradiance Radiation Sensor 4-20mA/RS485 for Photovoltaic PV

    Solar Radiation Sensor: The meter is used to measure the total solar TBQ radiation in the spectral range of 0.3-3μm, and can also be used to measure the solar radiation incident to the oblique surface, such as induction face down can measure the reflected radiation, such as adding a shading ring can measure the scattered radiation.otal solar radiation sensor is an important ground meteorological observation instrument.

    TBQ total radiation sensor adopts the principle of thermoelectric induction and works with various radiation recorders or radiation ammeters to accurately measure TBQ total radiation, reflected radiation, scattered radiation, infrared radiation, visible radiation, ultraviolet radiation, and long-wave radiation from the sun.

The double-layer glass cover is designed to reduce the effect of air convection on the radiation meter, and the inner cover is provided to cut off the infrared radiation from the outer cover itself.

TBQ Total Radiation Sensor Usage:  

   The meter is used to measure the total solar TBQ radiation in the spectral range of 0.3-3μm, and can also be used to measure the solar radiation incident to the oblique surface, such as induction face down can measure the reflected radiation, such as adding a shading ring can measure the scattered radiation. Therefore, it can be widely used in solar energy utilization, meteorology, agriculture, building materials aging and atmospheric pollution and other departments to do solar radiation energy measurement.

pyranometer is used to measure the total amount of solar radiation (both direct and diffuse) received from the sun on a horizontal surface. It is designed to measure the radiant energy across a broad wavelength range (typically 285 to 3000 nm) and provide an output in watts per square meter (W/m²). 

Pyranometers consist of a thermopile sensor, which converts the incident solar radiation into a small electric current. This electric current is then measured and calibrated to represent the solar radiation intensity. The sensor is typically housed in a weatherproof enclosure to protect it from environmental factors such as rain, wind, and temperature fluctuations.

Pyranometers are widely used in solar energy applications, such as solar panel installations, solar radiation monitoring for agricultural purposes, and assessing the potential for solar energy generation at specific locations. They are also used in weather stations and climate research to study solar radiation patterns and its impact on weather patterns and climate change.