EN
Two-axis solar tracking frame, capable of installing up to 24 solar panels
The dual-axis solar tracking frame can increase the power generation of solar panels by adjusting the azimuth angle and elevation angle. Compared with the fixed solar frame, it can increase the power generation by up to 40%. Therefore, for scenarios with high power generation requirements, this solar tracking frame is suitable to be chosen.
- Overview
- Recommended Products
The dual-axis solar tracking frame can increase the power generation of solar panels by adjusting the azimuth angle and elevation angle. Compared with the fixed solar frame, it can increase the power generation by up to 40%. Therefore, for scenarios with high power generation requirements, this solar tracking frame is suitable to be chosen.
Failure rate: The dual-axis solar tracking frame uses electrical components such as motors, hydraulic extenders, and controllers. These components are all from major Chinese brands, significantly reducing the failure rate of the system.
Protection against strong winds and heavy snow: By installing wind sensors and snow monitoring equipment, when the wind force reaches the set level, the solar panels will automatically be leveled. When the snow thickness on the solar panels reaches the set value, the solar panels will be automatically placed vertically.
High tracking accuracy: The solar tracking frames produced by our factory use light sensors or GPS positioning. By obtaining the latitude and longitude of the installation site, the solar tracking frames can automatically control the rotation data.
High flexibility: This dual-axis tracking solar frame can be customized according to the size of the solar panels and the number of installed solar panels. It can also be adjusted according to the application country and region.
If you want to customize this dual-axis tracking solar frame, please inform us of the specifications of the solar panels used, the number of solar panels that need to be installed in one set, the quantity required, the application country or region, and the application scenario.
| Land utilization rate | 35% | Tracker capacity | Each row can accommodate up to 27 components |
| Driving device | Rotary drive, 28V DC motor | Tracking format | xSingle row independent tracking system |
| Component type | Compatible with all components | Pile foundation form | Hammer in pile/cast-in-place pile/cement foundation |
| System voltage | 1000Vor 1500V | Ambient Temperature | -20°C-60°C (-30°C-60°C optional) |
| Daily power consumption | 0.04 kWh/day | Power supply mode | Component string self powered, lithium battery backup |
| Night return mode | Have | Structural materials | Hot dip galvanized/pre galvanized steel |
| Tracking Accuracy | 土1° | Communication design | LoRa wireless communication or RS485 |
| Reverse tracking | Have | System voltage | Astronomical algorithm+position sensor closed-loop control |
| Tracking angle range | Direction tracking angle: + 180 ° 0°-60°Height tracking angle: 0°-60° | ||
| Wind resistant design | 105mph (47m/s) (ASCE7-10), can be designed according to the wind speed of the project site | ||
