Zylo Solar Zylo Solar

Surface Solar Tracking Bracket Single Axis Intelligent Solar Tracking System

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Product Description

📊 Overview & Basic Info
Model NO.WTT-2P
CertificationISO, CE
ApplicationCommercial
MaterialAluminum Alloy
TypeGround Bracket
Install SiteOpen Terrain
Module OrientationLandscape, Portrait
Anti-CorrosiveAnodized
Max Wind Speed60m/S
Max Snow Load1.6kN/M²
DurationMore Than 20 Years
☀️ Product Description

Single Axis Solar Tracker with Slew Drive

The solar tracking system is a solution 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 a multi-actuator drive mode. This tracker system is quick and easy to install and operate, offering a stable and reliable system suitable for a variety of large-scale solar power stations.

Electrical Principle
⚙️ Technical Parameters
PV-Modules
Modules SupportedFully fit for 210 module
Structure
System TypeOne portrait horizontal single-axis tracker
Max Capacity Per Row72kWp (Estimated with 600W Modules)
Tracking Range±60° (Customized)
Tracking Accuracy±1°
Structural MaterialsHDG Steel, Al-Mg-Zn Coating Steel
Electrical & Control
Tracking MethodAstronomical algorithm + closed-loop control (AI)
Drive MethodSlew Drive
Motor Type24V DC Motor
BacktrackingYes
Protection
Wind Protection≥18m/s
Night Stow ModeYes
Self-diagnosisYes
💎 Features & Benefits
  • Fully fit for 210 modules for maximum compatibility
  • Intelligent AI algorithm to significantly improve power generation efficiency
  • High adaptation to various terrains, allowing north-south slopes up to 20%
  • Designed for easy installation and low maintenance requirements
  • Stable and reliable operation under diverse environmental conditions
  • Potential power generation increase of 15-30% compared to fixed systems
Main Structure
🔬 Wind Tunnel Testing & Analysis

Through partnerships with leading wind engineering services, the system has undergone rigorous frequency and damping ratio studies. These tests analyze resonance, flutter, gallop, and torsional divergence caused by aerodynamics to ensure stability during operation.

Wind Test
Tracking System Analysis
🌍 Operating Mode & Terrain Adaption
Operating Mode
Terrain Adaption

The system supports a flexible layout that fully utilizes irregular land, improving overall land utilization efficiency. It can handle up to 20% N-S slopes and provides unlimited E-W slope tolerance.

🏗️ Foundation & Project Proposals
Foundation Options
Array Proposal
Project Showcase
Frequently Asked Questions
1. What are the primary benefits of using a single-axis solar tracker? Single-axis trackers optimize the angle of the solar panels throughout the day, increasing total power generation by 15% to 30% compared to traditional fixed-tilt systems.
2. Is the system compatible with large-format 210mm solar modules? Yes, the system is fully designed to fit and support 210mm modules, ensuring compatibility with the latest high-efficiency PV technology.
3. How does the system protect itself during high wind conditions? The system includes a wind protection mode that triggers at speeds ≥18m/s, rotating the modules to a safe stow position to prevent structural damage.
4. What type of terrain is suitable for this tracking system? It is highly adaptable and can be installed on irregular land with North-South slopes of up to 10%-20%, with no specific limits on East-West slopes.
5. What materials are used for the tracker's structure? The structure is primarily composed of Hot-Dip Galvanized (HDG) Steel and Al-Mg-Zn Coating Steel for superior corrosion resistance and a lifespan of over 20 years.
6. Does the system support backtracking to avoid shading? Yes, the tracking system includes a backtracking function which adjusts the angles of rows during early morning and late afternoon to prevent modules from casting shadows on each other.

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