Zhaori
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Automatic azimuth and elevation angle adjustment for maximum solar capture.
Tracking accuracy between 0.1° and 2.0° with GPS + Time control mode.
Hot-dipped galvanized steel with wind resistance up to 40 m/s.
| Technical Parameter | Specifications |
|---|---|
| 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 steel (> 65μm) / Galvanized aluminum magnesium |
| System guarantee | 3 years |
| Working temperature | -40℃ — +75℃ |
| Technical standard & certificate | CE, TUV |
| Weight per set | 170 KGS - 210 KGS |
| Total power per set | 2.0kW - 4.5kW |
Although we can't influence periods of sunshine, we can make better use of them. The dual axis solar tracker is one of the best ways to maximize solar energy harvesting. This system features two automatic axes tracking the azimuth angle and elevation angle of the sun automatically every day, ensuring solar panels are always positioned optimally.
The system boasts a simple structure, making it very easy for installation and maintenance. Each set can support 6 - 10 pieces of solar panels (approximately 10 - 22 square meters total). As one of the most popular models, the ZRD-08 dual axis solar tracking system supports 8 pieces of crystalline silicon solar panels with total power ranging from 2kW to 5kW.
The solar panels are generally arranged in a 2 * 4 portrait configuration, ensuring no direct shadows at the back of bifacial solar panels. It is compatible with various common panel sizes including 1650mm x 992mm, 1956mm x 992mm, 2256mm x 1134mm, 2285mm x 1134mm, 2387mm x 1096mm, and 2387mm x 1303mm. This full automatic dual axis system has been supplied to more than 40 PV power stations globally, recognized for its reliability and excellent power generation improvement.
