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Home > Single-Axis Solar Tracker > Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
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Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System
Horizontal High Quality Single Axis Solar Tracker Sun Tracking System

Horizontal High Quality Single Axis Solar Tracker Sun Tracking System

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Product Description

Basic Info.
Model NO.WTT-2P
ConditionNew
CertificationISO, CE
ApplicationCommercial
Install SiteOpen Terrain
Module OrientationHorizontal
Motor Type24V DC Motor
Tracking Range±60°(Customized According to Project)
Production Capacity1gw/Years
Product Description

The solar tracking system is a system that optimizes the use of sunlight during the process of solar thermal and photovoltaic power generation to improve the efficiency of photoelectric conversion.

The Multi-drive double portrait horizontal single-axis solar tracker adopts multi-actuator drive mode. This tracker system is quick and easy to install and operate, stable and reliable system, suitable for a variety of large-scale solar power stations.

Product Parameters
PV-Modules & Structure
PV- Modules supportedFully fit for 210 module
System typeOne portrait horizontal single-axis tracker
Maximum capacity per row72kWp (Estimated with 600W PV-Modules)
Tracking accuracy±1°
Structural MaterialsHDG Steel, Al- Mg-Zn Coating Steel
Electrical & Control
Solar tracking methodAstronomical algorithm + closed-loop control (AI)
Control systemMCU
Drive methodSlew Drive
BacktrackingYes
Protection & Environment
Wind protection≥18m/s
Operating temperature-30°C ~ +60°C
Slope toleranceNorth-south 10%~20%, East-west no limits
Electrical Principle
Electrical Principle
Features & Benefits
  • Fully fit for 210 module
  • Intelligent AI algorithm to improve power generation
  • Adaption to various terrains allowing a north-south slope up to 10% to 20%
  • Easy installation and easy maintenance
  • Stable and reliable operation
  • Power generation increasement of 15-30%
Main Structure Components
Main Structure
CPP Wind Tunnel Test
Established a partnership with CPP, the first American company to provide wind engineering services. Combining the frequency and characteristics of damping ratio, study the resonance, flutter, gallop, torsional divergence and other results caused by aerodynamics, and analyze the influence and instability during the operation of the system.
Wind Tunnel Test
Multi-drive Solar Tracker Advantages
  • System Damping Ratio is greater
  • Reduce Amplitude on Modules by 50%
  • Reduce the Force on Torque Tube by 50%
  • Reduce the Force on Driving Pillar by 50%
  • Reduce Torsion Angle on Torque Tube by 50%
  • Optimize Wind Resistance System
Traditional Single-drive
Multi-drive System
Operating Mode & Terrain Adaption
Operating Mode
Terrain Adaption
Land Utilization
Foundation Options
Foundation Types
Project Showcase & Array Proposal
Modules Array Proposal
Project Image
Frequently Asked Questions
1. What is the expected power generation increase with this solar tracker? The multi-drive horizontal single-axis solar tracker can increase power generation by approximately 15% to 30% compared to fixed-tilt systems.
2. Can this system be installed on irregular or sloped terrain? Yes, the system is designed for high terrain adaptability, allowing for a north-south slope of 10% to 20%, while the east-west slope has no specific limits.
3. What kind of wind protection does the tracker offer? The system includes a wind protection mode that activates at wind speeds ≥18m/s, and the structure has undergone CPP Wind Tunnel Testing to ensure stability.
4. What type of PV modules are compatible with this tracker? The system is fully compatible with 210mm modules and supports both AC-powered and self-powered configurations.
5. How does the tracking algorithm work? It utilizes an intelligent astronomical algorithm combined with AI closed-loop control to ensure a tracking accuracy of ±1°.
6. What materials are used for the structure to prevent corrosion? The structural materials primarily consist of HDG (Hot-Dip Galvanized) Steel and Al-Mg-Zn Coating Steel for superior durability in various environments.

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