Good Future Solar Technologies Co.,Ltd.
Make easiest to implement solar tracker system
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Cost Effective Distributed Generation Single Axis Tracker Controller
Working principle:
HWL horizontal single axis tracker controller, using AC power supply, with small volume, cast aluminum chassis, 25 years no rust, installed on the torque tube, easy installation. The core technology of our solar tracker control system is based on the local longitude, latitude, time, the program can automatically calculate the azimuth Angle and altitude Angle of the sun's trajectory and its location at any time.
Unlike traditional fixed mount plants, single-axis tracking systems need more space per module for the rotation of the PV modules and to eliminate possible shading. However, the newest innovation in this field is to optimize site design by adjusting the layout to accommodate greater modules unique to its specific latitude and vertical tilt angle.
The use of solar trackers is increasingly on the rise in PV solar plants because it allows a significant gain in energy production; hence, improving project performance. Tracking systems cost more than the fixed mount PV Plants but the 25% gain in energy yield could significantly bring down the cost.
Technical Parameters of Cost Effective Distributed Generation Single Axis Tracker Controller
| Technical parameters | |
| Tracking Range | 士 60° |
| Driving System | Slew drive, 28VDC motor |
| Modules per Tracker | Max.90 modules per tracker |
| System Voltage | 1000 V or 1500 V |
| Ground Coverage Ratio | ≥ 25% |
| Foundation Options | All foundation types |
| Terrain Adaption | Up to 20% N-S slope |
| Structure Material | Hot dip galvanized steel |
| Power Consumption | 0.2-0.5kWh/day |
| Power Supply Mode | Powered by PV strings, back-up lithium battery |
| Standard Design Wind Speed | 18m/s |
| Module Supported | All commercially available modules |
| Operation Temperature | -40℃ - 70℃ |
| Control Algorithm | Astronomical algorithms + Tilt sensor close loop |
| Tracking Accuracy | ≤ 1° |
| String-Powered | Yes |
| Backtracking | Yes |
| Communication Options | LoRa wireless /RS 485 cable |
| Night Position | Yes |
Advantage:
1. Minimum O&M work due to the reduced amount of component, simplicity and robustness.
2. Minimum number of drives for every MWp installed.
3. Lubrication free rotation elements.
4. High tolerances to foundation positioning error.
5. Alarm management fully configurable by customer.
6. High tracking accuracy, average tracking accuracy is ≤1
7. Less electric control and driving unit, lower failure rate;
8. Strong adaptability, simple installation, convenient operation and maintenance;
9. Tracker could adjusts solar panels into horizontal in strong wind condition.
10. More reasonable wind resistance design;
Functions:
1. Smart control algorithm. Adopt time control + angle sensor to form closed-loop control, no Angle accumulation error, high-precision and reliable tracking;
2. Comprehensive protection mechanism. Wind protection, snow protection, limit protection, over-current protection, over/under- voltage protection, etc;
3. Fault self-diagnosis mechanism. System automatic detection, automatic judgment, automatic alarm, automatic recovery after troubleshooting, etc;
4. Modular design, easier for on-site troubleshooting and maintenance;
5. Working temperature: -40℃ ~ 70℃;
6. Protection grade IP65, suitable for all kinds of outdoor environments;
About us:
Good Future Solar is a fast growing solar company headquartered in China, specializes in solar tracking systems, we design and manufacture high quality trackers at a competitive cost. We also provide a wide range of services, adapted to each project’s requirements. Our products have a reputation for reliability, cost competitiveness and advanced technology.