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ZENITH Tracker Speed. Simplicity. Performance.

Advanced single-axis solar tracking system engineered for precision, durability, and maximum energy yield.

Patented
Technology
Individual
Row Tracking
100%
Uptime Focus
±45°
Tracking Range
Zero
Maintenance
Smart Wind
Stow
Self-Powered
System

Engineered for Global Solar Performance

ZENITH is a next-generation single-axis solar tracker designed to deliver maximum efficiency with minimal complexity. Built with a patented cable drive system and intelligent control technology, it ensures precise solar tracking across diverse environmental conditions.

Designed for global markets, ZENITH combines robust engineering, simplified installation, and smart automation to optimise plant performance and reduce lifecycle costs.

ZENITH Solar Tracker

Technology That Drives Performance

ZENITH Tracker

Single central cable drive (no complex driveline system)

Hexagonal torque tube for superior strength

No holes in torque tube, faster manufacturing

Compatible with multiple module types

Reduced torsional load, longer system life

Tracker locking at each post for stability

Optimized 100mm module gap for bi-facial performance

Smart. Self-Powered. Precise.

Wi-Fi EnabledCommunication

Wi-Fi Enabled
Communication

Robust ControlAlgorithms

Robust Control
Algorithms

Electronics(-10°C to +60°C)

Electronics
(-10°C to +60°C)

Smart WindStow Mechanism

Smart Wind
Stow Mechanism

Fully Self-PoweredSystem

Fully Self-Powered
System

Technology That Drives Performance

ZENITH is designed to perform reliably even in harsh environments. With advanced damping systems and intelligent stowing mechanisms, it ensures structural stability during high wind conditions.

45° stow position for wind protection

Reduced dust accumulation

Hail protection design

Low maintenance structure

High wind load resistance

Intelligent Tracking Technology

Astronomical algorithm with GPS input

Real-time tracking adjustments

Wireless communication system

SCADA compatibility

High tracking accuracy

Advanced Mechanical Design

Single-axis tracker with ±45° rotation

Supports up to 124 modules per row

Patented cable drive sector mechanism

Single geared motor system

Damper mounting & spring counterweight system

Integrated weather station compatibility

Faster Installation, Lower Costs

ZENITH is designed for quick deployment and reduced labour effort.

Pre-assembled components

Colour-coded material system

Reduced part complexity

Faster site execution

Lower installation cost

Maximize ROI with ZENITH

Higher energy yield in diffused light

Improved plant efficiency

Reduced LCOE

Better IRR for solar projects

Long-term operational reliability

Designed for Real-World Challenges

Works across diverse terrains

Independent row tracking

Optimized for bi-facial modules

Low maintenance system

Long lifecycle durability

Parameter Details
Tracker TypeSingle Axis Row Tracker
Drive MechanismPatented Cable Drive
Rotation Range±45°
Control SystemAstronomical + GPS
Power SupplySelf Powered
CommunicationWireless
Operating Temp-10°C to +60°C
Wind ResistanceHigh wind stow system
Module CompatibilityAll framed PV modules
Solar panels

Ready to maximize your solar output?

Partner with Koaxial Trackers for high-performance solar tracking solutions designed for efficiency, reliability, and long-term value.

Have questions about ZENITH Tracker? Here are answers to the most common queries from solar developers, EPCs, and project owners.

What type of solar tracker is ZENITH?
ZENITH is a single-axis row tracker (1P configuration) designed to maximise energy generation by tracking the sun from east to west throughout the day.
How easy is the installation process?
ZENITH is designed for fast and efficient installation:
  • Pre-assembled components
  • Colour-coded material system
  • Reduced parts and complexity
  • This significantly reduces installation time and labour costs.
What makes Koaxial's cable drive system unique?
ZENITH uses a patented central cable drive mechanism, eliminating complex driveline components like universal joints and multiple motors. This results in:
  • Lower maintenance
  • Higher reliability
  • Simplified installation
What maintenance is required?
The system is designed for near-zero maintenance due to:
  • Fewer moving parts
  • No lubrication requirements for bushings
  • Simplified mechanical design
What is the tracking range of the system?
The tracker operates within a ±45° rotation range, ensuring optimal solar exposure and improved energy yield throughout the day.
Can the tracker work on uneven land?
Yes. ZENITH supports:
  • Independent row tracking
  • Slope adaptability
  • Undulated terrain compatibility
Does the system require external power?
No. The system is fully self-powered, reducing dependency on external electrical infrastructure and lowering operational costs.
What communication and monitoring features are available?
The system includes:
  • Wireless communication
  • SCADA compatibility
  • Real-time monitoring capabilities
Is the system suitable for high wind conditions?
Yes. ZENITH is engineered for extreme environmental conditions and includes:
  • Smart wind stow mechanism
  • Structural damping system
  • Stable locking at each post
  • This ensures safety and performance even in high wind scenarios.
What is the expected lifespan of the system?
ZENITH is built for long-term performance with:
  • Durable materials
  • High structural integrity
  • Industry-standard certifications
How does the tracker perform in different climates?
ZENITH is designed to operate efficiently across diverse climates with:
  • Operating range: -10°C to +60°C
  • Corrosion-resistant materials
  • Robust structural design
How does ZENITH improve project ROI?
ZENITH enhances project returns by:
  • Increasing energy yield
  • Reducing LCOE
  • Minimising installation and maintenance costs
  • Improving overall plant efficiency
What kind of control system is used?
ZENITH uses an astronomical tracking algorithm with GPS input, enabling:
  • Accurate sun tracking
  • Real-time adjustments
  • Higher energy generation
Is the system compatible with bifacial modules?
Yes. The tracker is optimised for bifacial modules, with:
  • Proper module-to-torque tube gap (100mm)
  • Enhanced rear-side energy gain