Two-axis solar tracker and support for 15 panels with main pole and ground fixing screws. Coverage 30 m²
Description
Fully automated two-axis solar tracking system
A fully automated dual-axis solar tracking system for 15 panels. The system uses GPS-controlled two-axis tracking to fully track the sun throughout the day, increasing solar electricity generation by up to 66%.
Dual-axis solar tracking system
Two-axis or dual-axis solar tracking system with better than 0.1 degree accuracy and support structure for 15 solar panels measuring 1 m x 2 m and weighing up to 25 kg each. In total for a solar panel area of 30 m². Suitable for photovoltaic (PV) panels.
Maximum wind speed allowed in working position is 20 m/s. The maximum wind speed allowed in the safe (horizontal) position is 30 m/s. On an annual basis, with the two-axis system, you can get 7% more energy compared to a single-axis system and up to 66% more energy compared to a fixed solar system.
Anchoring accessories and the main pole are part of this solar tracking package.
Anti-shading software function for solar tracking system included.
Please check compatibility of solar panels with this tracking system. If your panels are larger, we strongly recommend that you consider adding a Bar Arm Bracket to ensure proper mounting.
| Technical Specifications | |
|---|---|
| Number of rotation axes | Dual-Axis |
| Azimuth angle limit | 350° (rotary drive system) |
| Elevation angle | 5° - 90° |
| Motor type for azimuth angle | Motor slewing drive SD5M3 |
| Motor type for lifting angle | Linear motor SM4S900M3 with 900 mm stroke |
| Basic structure dimensions | 5.5 x 5 m (for a panel area of 6 x 5 m, 15 panels) |
| Clamp type for base frame | Toothed scissor clamps - 90 pcs |
| Maximum dimensions of a solar panel | 15 pieces 2 m x 1 m, total 30 m² |
| Maximum weight of a solar panel | 15 pieces up to 25 kg each, total 375 kg |
| Estimated lifetime of motors | 800-1000 running hours (replacement every 8 years for one cycle per day) |
| Estimated system lifetime | 25 years |
| Positioning System | |
| Tracking accuracy | up to 0.1° |
| Operating protocol | TdAPS (Time Derived Astronomical Positioning System) |
| Positioning System Type | Servomotor with TdAPS logic function |
| Timer Type | GMT clock with EOT and calendar |
| Surveillance Application Type | Monitoring system via Sigma or Helios Analytics |
| Set and change data via PC | Yes, via RS485, Wireless ZigBee or USB |
| Time range for rotation | 20 seconds - 900 seconds |
| Electrical Data | |
| Motor power supply | 24 VDC +5% / -15% (current capacity 5A) |
| Battery backup | CR 1225 coin |
| Standby consumption (when not moving) | 60 mA ± 30% @ 24 VDC |
| Power connection | 1 cable with internal 2.5 mm² Cu conductor |
| Environmental Data | |
| Operating Temperature | -25°C to +70°C (optional with arctic grease for -40°C to +70°C) |
| Operating humidity | 0% to 100%, relative humidity |
| Maximum safe wind speed | 20 m/s in operation, 30 m/s in non-operation, 50 m/s in safety position |
| Corrosion resistance | Hot dip galvanised 75-100 µm (equivalent to 50 years) |
| Packaging | |
| Packed product dimensions | 1 box 6100 (L) x 800 (W) x 1200 (H) mm |
| Product weight | 750kg |
| Quality Certifications | |
| International Protection | IP63 |
| Electromagnetic Compatibility | Conforms to EMC Directive 89/336/EEC |
| Low Voltage Directive | Complies with EEC Directive 73/23/EEC |
| Optional Properties | |
| Anti-drip function | Yes, included |
| Heliostat system | Yes, for additional payment |