Automatic Solar Tracking Instrument for PV and Weather Stations

Key Features

Automatic sun tracking operation: Tracks the sun automatically to support continuous solar radiation measurement without frequent manual adjustment.
GPS positioning tracking technology: Uses GPS positioning to maintain operation when sunlight is weak or temporarily blocked by clouds.
Optical tracking plus rotation angle measurement: Combines optical tracking, rotation angle data and light intensity measurement for accurate solar alignment.
Suitable for unattended field operation: Designed for unmanned solar radiation monitoring sites and long term outdoor deployment.
Daily zero point automatic reset: Supports automatic daily zero return to reduce cumulative data deviation.
Wide rotation range: Supports elevation angle from -5° to 120° and azimuth angle from 0° to 350°.
Durable cast aluminum body: The body is made of cast aluminum material with triple protection treatment for reliable outdoor performance.
Global installation compatibility: Suitable for direct installation in most geographic locations except areas beyond the north and south regression lines.
Low operating power consumption: Operating power is 3.6W and standby power is 0.95W, suitable for field monitoring systems.
Solar radiation instrument integration: Can work with direct radiation and scattered radiation measurement devices for solar monitoring applications.

Product Description

1. Description

JW-TBS-2LGG-1(LC11) Automatic Sun Tracker is a high precision solar tracking instrument designed for unmanned solar radiation measurement, photovoltaic monitoring, meteorological observation and scientific research. It combines optical sun tracking, GPS positioning, rotation angle measurement and light intensity measurement to automatically follow the sun and provide stable solar radiation data in outdoor environments.

2. Product Overview

JW-TBS-2LGG-1(LC11) Automatic Sun Tracker is designed for accurate sun tracking and solar radiation measurement in outdoor monitoring applications. It solves the problem of manual maintenance required by traditional solar radiation instruments and enables automatic measurement for long term unattended stations.

The system integrates optical tracking, GPS tracking, rotation angle measurement, light intensity measurement and tracking operation control. It can keep the solar radiation instrument aligned with the sun, helping improve measurement accuracy for direct solar radiation and related meteorological data.

The product is suitable for solar energy, meteorological observation, environmental monitoring, scientific research, agricultural ecology, communication systems and satellite related applications.

Parameter	Description
Model No.	JW-TBS-2LGG-1(LC11)
Power Supply	DC 9 to 30V
Rotation Angle	Elevation angle -5° to 120° Azimuth angle 0° to 350°
Tracking Mode	Solar tracking plus GPS tracking
Product Weight	5 kg
Power Consumption	Operating power 3.6W Standby power 0.95W

3. Application Scenarios

Solar Energy Field: Used in photovoltaic power stations, solar resource assessment sites and solar radiation monitoring systems.
Meteorological Observation: Supports automatic tracking for direct solar radiation measurement in meteorological stations.
Scientific Research: Suitable for laboratories, universities and field research projects requiring solar radiation data.
Environmental Monitoring: Can be used in environmental monitoring stations to provide solar radiation and sunlight tracking data.
Agricultural Ecology: Applicable to agricultural meteorology, crop ecology, sunlight exposure analysis and field monitoring.
Communication Industry: Can be integrated with remote monitoring systems requiring reliable positioning and tracking data.
Transportation Industry: Suitable for special field monitoring scenarios where sunlight data and tracking are required.
Satellite Technology: Can support solar direction related testing and tracking applications.

FAQ

Q

1. What is an Automatic Sun Tracker used for?

A

An Automatic Sun Tracker is used to follow the sun’s position and keep solar radiation instruments aligned with sunlight. It is commonly used in solar radiation monitoring, PV performance testing and meteorological observation.
Q

2. Does this product support GPS tracking?

A

Yes. The device supports GPS positioning tracking, which helps maintain operation when sunlight is weak or when clouds block direct sunlight.
Q

3. What is the rotation range of this sun tracker?

A

The elevation angle range is -5° to 120°, and the azimuth angle range is 0° to 350°.
Q

4. Can JW-IoT Automation provide this tracker for solar radiation monitoring projects?

A

Yes. JW-IoT Automation can provide automatic sun tracking instruments for solar radiation monitoring, PV stations and meteorological observation applications.
Q

5. Is this product suitable for unattended outdoor stations?

A

Yes. It is designed for unmanned field operation and supports automatic sun tracking with reduced manual maintenance.
Q

6. What power supply does the device require?

A

The device supports DC 9 to 30V power input, suitable for outdoor monitoring systems and solar powered stations.
Q

7. Can JW-IoT Automation support meteorological station applications?

A

Yes. JW-IoT Automation can support meteorological observation applications where automatic sun tracking and solar radiation measurement are required.
Q

8. What is the product weight?

A

The product weight is about 5 kg.
Q

9. Why is GPS tracking useful in a solar tracker?

A

GPS tracking helps calculate and maintain solar position when optical tracking is affected by clouds, weak light or temporary shading.
Q

10. Can this product be used in photovoltaic power plants?

A

Yes. It can be used in photovoltaic power plants for solar radiation monitoring, performance evaluation and solar resource assessment.
Q

11. Does JW-IoT Automation provide outdoor solar tracking solutions?

A

Yes. JW-IoT Automation provides outdoor solar tracking products for solar energy, meteorological, research and environmental monitoring projects.
Q

12. What industries can use this automatic sun tracker?

A

It can be used in solar energy, meteorology, environmental monitoring, agricultural ecology,