Dah Solar Sun Tracking Solar Panel Mount Dual Axis Automatic Solar Tracker Photovoltaic Solar Tracking System

Customization: Available
After-sales Service: Yes
Warranty: 3 Years

Product Description

Overview
Model NO.
Dual Axis Automatic Solar Tracker
Certification
TUV, CE
Application
Commercial
Material
Galvanized Steel Superdyma
Type
Tracking Bracket
Control Mode
Time + GPS
Tracking Accuracy
0.1°- 2.0° Adjustable
Gear Motor
24V/1.5A
Output Torque
5000 N.M
Power Consumption
<0.02kwh/Day
Working Temp
-40℃ - +75℃
Weight Support
1.5kw -5.0kw Solar Panels
Automatic Solar Tracker Layout
Dual Axis Solar Tracker Details
Product Description
Dual axis solar tracking system has two axis tracking the azimuth angle and elevation angle of the sun. The control system can control the driving system track the sun according to the longitude, latitude and local time data downloaded by GPS device, keeps solar panels at best angle for receiving sunlight, so that it can makes full use of sunlight, promote the power generation capacity by 25%-40%, reduces your LCOE and bring more revenue for investors.
Control modeTime + GPS
Average tracking accuracy0.1°- 2.0°(adjustable)
Gear motor24V/1.5A
Output torque5000 N·M
Tracking power consumption<0.02kwh/day
Azimuth angle tracking range±45°
Elevation angle tracking range45°
Max. wind resistance (horizontal)40m/s (standard 30m/s)
Max. wind resistance (operation)24 m/s
MaterialGalvanized steel / Superdyma
System guarantee3 years
Working temperature-40ºC - +75ºC
Technical standard & certificateCE ,TUV
Weight per set150 - 240 KGS
Total power per set1.5kW - 5.0kW
Tracking System Mechanism
Control System Interface
Projects & Exhibitions
Solar Project Showcase 1
Solar Project Showcase 2
Frequently Asked Questions
1. How much can a dual-axis solar tracker increase power generation?
A dual-axis system tracks both azimuth and elevation angles, which can increase power generation capacity by 25% to 40% compared to fixed systems.
2. What control technology is used for tracking?
The system utilizes a combination of Time and GPS data to precisely calculate the sun's position based on longitude, latitude, and local time.
3. What is the tracking accuracy of the system?
The average tracking accuracy is between 0.1° and 2.0°, and it is fully adjustable to meet specific operational requirements.
4. Can the tracker withstand high wind speeds?
Yes, it is designed for durability with a maximum horizontal wind resistance of 40m/s and operational resistance of 24m/s.
5. What is the power consumption of the tracking motor?
The system is highly efficient, with a daily tracking power consumption of less than 0.02kWh.
6. What certifications does this solar tracking system hold?
The system is fully certified with CE and TUV standards, ensuring compliance with international quality and safety requirements.

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