This advanced automatic solar tracking system maximizes energy output with intelligent sun-following technology. Designed for large-scale solar farms, it adapts to complex terrains like slopes up to 20% and integrates AI-driven algorithms to boost power generation by 8% versus fixed systems. Featuring robust wind resistance up to 47m/s, it ensures reliable performance in harsh conditions such as typhoons and high-corrosion areas. Easy installation with push-rod drives reduces O&M costs, making it ideal for agrivoltaic, fishery, and utility projects worldwide.
Features
Application



Technical Specs
Features
Mechanical Aspect
Number of Tracker Drive Modules | 2X60 | Material | Hot-dip Galvanized Steel + Aluminum-Magnesium-Zinc Plate + Pre-Galvanized |
Number of Motors Per Tracker | 1 | East-west Land Slope | <5% |
Tracking Range | ±60° | Module Arrangement | Single Row Vertical, 2 Rows Linkage |
North-south Land Slope | <15° | Foundation Form | Static Pressure Pile, Cement Precast Pile, Concrete Foundation |
Mechanical Tracking Accuracy | ±2° | Standard Wind Speed | <47m/s,3Seconds Gust (Customizable) |
Protection Wind Speed | 18m/s | Ground Clearance | >500mm (Customizable) |
Land Occupation Rate | 0.3 | Grounding Method | Self-Grounding |
Electrical Aspect
Drive Way | Rotary Drive | Motor Protection | Overheat Protection, Overcurrent Protection, Self-locking Protection |
Motor Power | 150W | Limit Protection | Mechanical Limit + Motor Hard Limit + Soft Limit |
Flat Time | <8 Minutes | Control Mode | Independent GPS Time Control + Tilt Sensor Hybrid Control |
Controller | MCU | Power Consumption | < 0.1kWh/Day |
Control Tracking Accuracy | <2° | Power Supply | String Power Supply / External Power Supply |
Protection Level | IP65 | Communication Method | RS485 Modbus Agreement |
Operating Temperature | -40-+70℃ | Signal Transmission Method | Wired / Wireless Optional |