Surface Solar Tracking Bracket Single Axis Intelligent Solar Tracking System

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Product Description

Basic Information
Model NO. WTT-2P Certification ISO, CE
Application Commercial Material Aluminum Alloy
Type Ground Bracket Install Site Open Terrain
Module Orientation Landscape, Portrait Anti-Corrosive Anodized
Max Wind Speed 60m/S Max Snow Load 1.6kN/M²
Duration More Than 20 Years Production Capacity 1GW / Year
Product Description

Single Axis Solar Tracker with Slew Drive

The solar tracking system is designed to optimize the use of sunlight during the photovoltaic power generation process, significantly improving the efficiency of photoelectric conversion. The Multi-drive double portrait horizontal single-axis tracker adopts an advanced multi-actuator drive mode, ensuring stability and reliability for large-scale solar power stations.

Electrical Principle

Electrical Principle Diagram

Technical Parameters
Structure & Capacity
System Type One portrait horizontal single-axis tracker
Maximum Capacity 72kWp per row (Estimated with 600W Modules)
Tracking Range ±60° (Customized according to project)
Tracking Accuracy ±1°
Structural Materials HDG Steel, Al-Mg-Zn Coating Steel
Electrical & Control
Control System MCU with Astronomical algorithm + closed-loop control (AI)
Drive Method Slew Drive / 24V DC Motor
Signal Transmission Wire (RS485) or Wireless (Zigbee)
Backtracking Yes, supported
Key Features & Benefits
1
High Compatibility: Fully fit for 210mm solar modules.
2
AI Optimization: Intelligent AI algorithm to maximize power generation.
3
Terrain Adaptability: Handles north-south slopes up to 10%-20%.
4
Efficiency Gain: Power generation increase of 15% to 30%.
5
Stable Operation: Optimized wind resistance through CPP Wind Tunnel Testing.
6
Low Maintenance: Simple structure allows for easy installation and maintenance.
Structural Integrity & Wind Testing
Main Components
CPP Wind Tunnel Test

A partnership with CPP ensures the tracking system's stability. By studying resonance, flutter, and torsional divergence, the system is optimized to reduce amplitude on modules and forces on the torque tube by up to 50% compared to traditional single-drive systems.

System Comparison & Terrain Adaptation
Traditional System

Traditional Single-drive

Multi-drive System

Advanced Multi-drive

Operating Mode
Terrain Adaptation
Foundation Options
Foundation Type Steel Piles Concrete + Steel Poured Concrete PHC Piles
Application Soft Ground Soft Ground Gravel Ground Agriculture / Fishery
Foundation Examples
Project Array & Implementation
Module Array Proposals
Project Site
Frequently Asked Questions
What is the main benefit of using a single-axis solar tracker?
The primary benefit is a significant increase in energy production, typically between 15% and 30%, by keeping solar panels oriented towards the sun throughout the day.
Is the system compatible with large-format 210mm modules?
Yes, this tracking system is specifically designed to be fully compatible with high-power 210mm solar modules.
How does the system handle high wind conditions?
The system includes an automatic wind protection mode. When wind speeds exceed 18m/s, the tracker rotates to a horizontal "stow" position to minimize wind load.
What kind of terrain can the tracker be installed on?
It is highly adaptable and can be installed on irregular land with north-south slopes ranging from 10% to 20%, while there are no limits for east-west slopes.
What are the available foundation options?
We offer several foundation types including direct ramming steel piles, concrete with steel piles, poured concrete, and PHC piles for agriculture or fishery applications.
Does the system require special tools for installation?
No, the system is designed for easy installation and does not require specialized or proprietary tools for standard assembly.

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