RayBoost Solar
1 / 5
| Model NO. | WTT-2P | Certification | ISO, CE |
| Application | Commercial | Material | Aluminum Alloy |
| Type | Ground Bracket | Install Site | Open Terrain |
| Max Wind Speed | 60m/S | Max Snow Load | 1.6kN/M² |
| Duration | More Than 20 Years | Module Orientation | Landscape, Portrait |
The solar tracking system is a sophisticated solution that optimizes sunlight utilization during thermal and photovoltaic power generation, significantly improving photoelectric conversion efficiency. This multi-drive double portrait horizontal single-axis tracker utilizes advanced actuator modes for stability and reliability, making it ideal for large-scale solar power stations.
| Structure & Capacity | |
| System Type | One portrait horizontal single-axis tracker |
| Maximum Capacity Per Row | 72kWp (Estimated with 600W PV-Modules) |
| Tracking Range / Accuracy | ±60° / ±1° |
| Structural Materials | HDG Steel, Al-Mg-Zn Coating Steel |
| Electrical & Control | |
| Tracking Method | AI Algorithm + Closed-loop Control |
| Drive Method | Slew Drive (24V DC Motor) |
| Signal Transmission | RS485 or Zigbee |
| Environment & Safety | |
| Wind Protection | ≥18m/s |
| Operating Temperature | -30°C ~ +60°C |
| Slope Tolerance | North-south 10%~20%, East-west No Limits |
Our system reduces amplitude on modules and forces on torque tubes by 50% compared to traditional single-drive systems. Through strategic partnerships with wind engineering experts, the resonance, flutter, and torsional stability have been rigorously analyzed via CPP Wind Tunnel Tests.
System Comparison (Traditional vs Multi-drive):
The system offers a flexible layout that utilizes irregular land effectively, improving overall land utilization with a 20% N-S slope capacity and unlimited E-W slope tolerance.
Real-world Project Implementation:
As a high-tech enterprise established in 2016, we specialize in the R&D, production, and marketing of solar mounting systems. Our solutions cater to residential, commercial, and utility-scale customers worldwide, ensuring high-quality energy infrastructure.
