
Solar Tracking Mounting System Solution
Solution Overview
Maximizing Energy Yield Through Intelligent Solar Tracking
Tracking solar mounting systems automatically adjust the orientation of PV modules to follow the sun’s movement throughout the day.
Compared with fixed-tilt structures, tracking systems significantly increase energy yield while optimizing land utilization for utility-scale solar projects.
A tracking solar mounting system is an integrated solution consisting of structural support, drive mechanism, and intelligent control system.
All components operate together to achieve stable, precise, and long-term solar tracking under complex outdoor conditions.

System Architecture
Structural System
Cantilever design with columns on one side only, featuring a clean appearance, minimal land occupation, and fast installation. Ideal for space-constrained sites.
Drive System
The drive system provides controlled movement of the tracker through motors and reduction mechanisms.
Single-row or multi-row linkage designs can be selected based on terrain and project scale to ensure synchronized operation.
Control System
The control system calculates the optimal tracking angle using astronomical algorithms and sensor feedback, enabling closed-loop control and precise alignment with the sun.

Tracking Configuration Options
Tracking systems can be configured according to tracking dimensions and project requirements.
Single-Axis Tracking (Horizontal / Tilted)
Suitable for utility-scale projects with optimized cost-performance balance.
Dual-Axis Tracking
Provides maximum tracking accuracy and energy yield, suitable for high-value or demonstration projects.
Key Engineering Design Considerations
Structural Stability & Wind Resistance
Optimized structural geometry and reinforced nodes ensure stable operation under wind loads, minimizing mechanical fatigue and system stress.
Tracking Accuracy & Energy Efficiency
Step-by-step tracking strategies balance accuracy and energy consumption, ensuring efficient operation with minimal power usage.
Long-Term Outdoor Reliability
Corrosion protection, sealed drive components, and controlled motion reduce maintenance requirements and extend service life.


