Fully Automatic Tracking Solar Radiation Sensor

 Fully Automatic Tracking Solar Radiation Transmitter: Precise Measurement, Smart Energy for the Future

In the wave of global energy transition and green development, the development and utilization of solar energy, as a clean and renewable form of energy, is receiving increasing attention. In order to maximize the efficiency of solar energy collection, accurate monitoring of solar radiation intensity has become a key part of the process.NiuBoL has launched a fully automatic tracking solar radiation sensor, which provides strong technical support for solar power generation systems, meteorological observation, agricultural research and other fields with its high precision, intelligence and all-weather working characteristics.

Fully Automatic Tracking Solar Radiation Sensor Technical Highlights

1. Fully automatic tracking system

   - Built-in high-precision photoelectric sensors and intelligent algorithms sense the position of the sun in real time and drive the device to adjust the angle automatically to ensure that the sensor is always facing the sun.

   - It is especially suitable for areas where the sun's altitude angle varies greatly, such as high latitude areas, which greatly improves the accuracy and continuity of data collection.

2. High-precision radiation measurement

   - Adopting fast response wire-wound electroplated thermopile as the sensing element, combined with precise signal processing circuit, it can accurately measure the direct radiation, scattered radiation and total radiation intensity of the sun.

   - The wide measuring range and low error rate provide reliable data support for energy management system.

3. Strong environmental adaptability

   - The design takes into account the impact of extreme weather conditions, using waterproof and dustproof housing materials and high and low temperature resistant electronic components to ensure that the equipment can still operate stably in harsh environments.

 Fully automatic tracking solar radiation sensor Wide range of applications

1. solar power station

   - Accurately monitor the intensity of solar radiation, optimize the layout and angle adjustment of photovoltaic panels, improve power generation efficiency and reduce operation and maintenance costs.

2. Meteorological Observation Station

   - Provide accurate solar radiation data to help improve the accuracy of weather forecasts and support climate change research.

3. Agricultural Research

   - Monitor solar radiation during the crop growth cycle to guide scientific irrigation and fertilization, promote healthy crop growth, and improve yield and quality.

4. Building Energy Efficiency Management

   - Combine with intelligent building system to optimize building orientation and shading design, improve building energy efficiency and reduce energy consumption.

 Intelligent management and maintenance

- Supporting RS485, Modbus and other communication protocols, it is easy to access all kinds of IoT platforms to realize remote monitoring, data analysis and fault warning.

- Users can view real-time data, historical records and analysis reports at any time through mobile APP or computer software, simplifying equipment management and maintenance and improving operational efficiency.

 Fully automatic tracking solar radiation sensor Working principle

The equipment is mainly composed of light cylinder and automatic tracking device. Inside the optical cylinder is composed of seven light bars, inner cylinder, thermoelectric stack and desiccant cylinder. The seven light bars are used to minimize internal reflections, form the opening angle of the instrument and limit air turbulence inside the instrument. Outside the light bar is the inner cylinder, which makes the dry air inside the light bar and the outer cylinder airtight to minimize the effect of ambient temperature on the thermopile. The mouth of the outer cylinder is fitted with a JGS3 quartz glass sheet, which transmits radiant light at wavelengths from 0.27 to 3.2 µm to facilitate direct solar radiation measurements. The barrel is equipped with a desiccant to prevent the generation of water vapor condensation.

The sensing component of the direct radiation sensor is the core part of the light cylinder, which consists of a fast-responding wire-wound electroplated thermopile. The sensing part is coated with non-glossy black paint on the side facing the sun, and below it is the hot contact of the thermopile. When sunlight irradiates the hot contact, the temperature rises, and it forms a temperature difference with the cold contact on the other side, thus generating an electric potential, which is directly proportional to the intensity of direct radiation from the sun.

Fully automatic tracking solar radiation sensor product features

1. High precision measurement

   - Equipped with high sensitivity radiation sensor, it can accurately measure many types of solar radiation.

2. All-weather tracking

   - Adopting automatic tracking method, realizing real-time tracking of the sun in all-weather automatically.

3. Data transmission and storage

   - Support standard ModBus-RTU 485 communication protocol and various data transmission methods (e.g. WIFI, 4G, LoRa, Ethernet, etc.).

4. Easy to customize

   - According to different application requirements, different types of radiation sensors can be selected, tracking accuracy and speed can be adjusted, and data recording and transmission methods can be added.

 Fully automatic tracking solar radiation sensor application areas

- Solar photovoltaic power generation

- Meteorological research

- Agricultural and ecological research

- Building design and energy management

 Advantages of fully automated tracking solar radiation sensors

- High degree of automation, without manual intervention, improves the efficiency and accuracy of measurement.

- Wide measurement range, meeting the needs of research and application in different fields.

- High adaptability, able to work stably in various harsh environments.

 Conclusion

Fully automatic tracking solar radiation transmitter is an important innovation on the road of NiuBoL to promote the intelligent and green development of energy. With the growing global demand for renewable energy, NiuBoL will continue to dedicate itself to technological innovation and contribute to the global energy transition and sustainable development. Through this device, we see the infinite possibilities of the deep integration of technology and energy, which will provide new solutions for the development of global green energy.