Best Dual Axis Solar Tracking System Factory, Factories

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Best Dual Axis Solar Tracking System Factory, Factories

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Product Description

Control mode	Time + GPS
Average tracking accuracy	0.1° - 2.0° (adjustable)
Gear motor	24V/1.5A
Output torque	5000 N·M
Tracking power consumption	< 0.02kwh/day
Azimuth angle tracking range	± 45°
Elevation angle tracking range	45°
Max. wind resistance in horizontal	> 40 m/s
Max. wind resistance in operation	> 24 m/s
Material	Hot-dipped galvanized > 65μm
System guarantee	3 years
Working temperature	-40℃ — +75℃
Technical standard & certificate	CE, TUV
Weight per set	150 KGS - 240 KGS
Total power per set	1.5kW - 5.0kW

High Efficiency

Produces 30% to 40% more energy yield than fixed-tilt solar systems.

GPS Precision

Automatic tracking based on longitude, latitude, and local time.

Bifacial Compatible

Simple structure with no back shadows, ideal for bi-facial solar panels.

Since the Earth’s rotation relative to the sun is not the same all year, with an arc that will vary by season, a dual axis tracking system will consistently experience greater energy yield than its single axis counterpart since it can follow that path directly. The dual axis solar tracking system has two automatic axis tracking the azimuth angle and elevation angle of the sun automatically every day. It has very simple structure, with a reduced number of parts and screw connections, no back shadows for bi-facial solar panels, very easy for installation and maintenance.

Each set mounting 6 - 12 pieces of solar panels (about 10 - 26 square meters solar panels). 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. This reduces LCOE and brings more revenue for investors. It is an independent support structure, with best terrain adaptability, widely used in mountain projects, solar parks, and green belt projects.

All the driving and control units are developed by a dedicated technical team, specially designed for solar tracking systems. The driving system utilizes brushless D/C motors which provide a very long service life.

Frequently Asked Questions

1. How much more energy does a dual-axis tracker produce compared to fixed systems?

A dual-axis solar tracking system typically produces 30% to 40% more energy yield than fixed-tilt solar systems by following the sun's path directly throughout the day and across seasons.

2. How does the GPS control system work?

The control system uses longitude, latitude, and local time data via a GPS device to calculate the exact position of the sun, adjusting the panels to the optimal angle automatically.

3. Is this system suitable for difficult terrain like mountains?

Yes, it features an independent support structure with excellent terrain adaptability, making it ideal for mountain projects, solar parks, and green belt installations.

4. What is the wind resistance capacity of the tracking system?

The system is designed for durability, with a maximum horizontal wind resistance of over 40 m/s and operational wind resistance of over 24 m/s.

5. Does the structure interfere with bifacial solar panels?

No, the structure is specially designed to eliminate back shadows, which allows bifacial solar panels to capture maximum reflected light from the rear side.

6. What is the power consumption and maintenance like?

The system is highly efficient with a daily tracking power consumption of less than 0.02kWh. It uses brushless D/C motors for long service life and requires minimal maintenance due to its simplified structure.