Solar radiation sensors

Solar radiation sensor is a device used to measure the solar radiation energy, usually widely used in weather stations, agriculture, environmental monitoring and other fields. These sensors can help us understand the intensity and distribution of solar energy, so as to make better use of solar energy resources.

The working principle of solar radiation sensors is generally based on the photoelectric or thermal effect. The most common types include:

1. photovoltaic sensors: use the photoelectric effect to convert solar radiation into an electrical signal for measurement.   

2. Thermopile sensors: determine the intensity of radiant energy by measuring the thermal effect caused by solar radiation.

These sensors usually have the following features and functions:

- High accuracy and stability: capable of accurately measuring solar radiation in different wavelength ranges.

- Waterproof and dustproof design: Suitable for long-term use in harsh outdoor environments.

- Data recording and transmission function: capable of recording and transmitting measured data for subsequent analyses and applications.

- Automatic calibration function: can be automatically calibrated at regular intervals to ensure the accuracy of the measurement results.

Application Scenarios of Solar Radiation Sensors

Solar radiation sensors have a wide range of applications in various fields, mainly including the following aspects of the scene:

1. solar power generation system monitoring: in solar power generation systems, solar radiation sensors are used to monitor the intensity and distribution of solar radiation energy, helping to optimise the installation angle and direction of photovoltaic panels and improve solar energy conversion efficiency.

2. meteorological observation: meteorological stations often use solar radiation sensors to monitor solar radiation data, to help meteorologists predict the weather, research climate change, etc..

3. Agriculture: In agricultural production, solar radiation sensors can be used to monitor sunlight hours and light intensity, helping farmers to determine crop planting time, management methods, etc., to promote crop growth and improve yields.

4. building design and energy management: in building design, solar radiation sensors can be used to assess the sunshine situation of the building, guiding the building orientation, lighting design, etc.; in energy management, solar radiation sensors can be used to monitor the sunshine situation of the building to optimise the efficiency of building energy use.

5. Environmental monitoring and scientific research: solar radiation sensors are also widely used in the field of environmental monitoring, used to monitor solar radiation in the atmosphere, research on atmospheric pollution, climate change and other issues.

solar radiation sensors price

The price of solar radiation sensors varies depending on the brand, model, performance and features. Generally speaking, the price of common solar radiation sensors ranges from $200 to thousands of dollars, and the price of high-end products may be higher. You can choose the right product according to your needs and budget for the specific price.

If you need to buy solar radiation sensors, it is recommended to consult and purchase through professional meteorological equipment suppliers, scientific research instrument suppliers or solar energy equipment suppliers, who will provide you with suitable product choices and quotations according to your specific needs. In addition, you can also compare the price and performance of different brands and models in order to choose the solar radiation sensor that best suits your needs.

Overall, solar radiation sensors play an important role in solar energy use, meteorological forecasting, environmental monitoring and other fields, providing important data support for various industries, promoting the improvement of energy efficiency and environmental protection work.

Pyranometer Solar Radiation Sensors data sheet

NBL-W-HPRS-Solar-Radiation-Sensor-Instruction-Manual-V3.0.pdf

High-precision-radiation-sensor-NiuBoL.pdf