DualTrack Solar System

DualTrack Solar System offers cutting-edge solar tracking technology that maximizes energy production by utilizing dual-axis tracking.

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Unlike single-axis systems, DualTrack follows the sun’s movement across both horizontal and vertical planes, ensuring optimal solar exposure throughout the day and across seasons. This advanced system increases energy output by up to 40% compared to fixed solar panels, making it the perfect solution for large-scale, high-performance installations.

DUAL-Axis Tracking

Designed for utility-scale projects and commercial solar farms, DualTrack ensures you get the most out of your solar investment by capturing the maximum amount of sunlight, even in challenging weather conditions or locations with varying solar angles.

It tracks the sun across both axes (east-west and north-south) for maximum sunlight capture and energy output.

Key Features

  • Enhanced Efficiency: Achieves up to 40% higher energy production compared to fixed-panel or single-axis systems.
  • Automated Solar Tracking: Utilizes advanced sensors and AI to automatically adjust the panel angles in real-time, maximizing efficiency without manual intervention.
  • Durability and Performance: Built to withstand extreme weather conditions, including wind, rain, and snow, ensuring long-term reliability.
  • Scalable for Large Installations: Ideal for large commercial projects or utility-scale solar farms requiring high energy yields.

Dual-Axis Tracker System PST-2AL

Rocas' dual-axis tracking tracker uses optical real-time sensors, slew drives, and actuators to track the movement of the sun and changes its altitude in real time.It shows higher power generation efficiency than traditional fixed power plants. When exposed to natural disasters, our AI technology secures stability and maximizes energy production with real-time backtracking, scattering technology, wind mode, and snow mode. Though technology research and development, we have obtained 13 types of international patents and certifications including UL.

Dual-Axis Tracker Main Parts

Real-time sensor

Arimuth real-time tracking

Slew drive

Direction adjustment according to orbit change

Linear Actuator

Tracks the altitude of the sun

Controller

Automatic and manual, tracking environment settings and control

Our Catalog

Discover our curated selection of products and services designed to elevate your experience. From innovative solutions to classic offerings, each item in our catalog has been thoughtfully chosen to meet diverse needs and exceed expectations.

Benefits

Increased power generation efficiency due to real-time PV tracking

Traditional Stationary Type PV Power Generator

Maintains the same angle to the south regardless of the position of the sun

Dual-Axis Tracking PV Power Generator

Maintains optimal sun angle by tracking of the sun's position in real-time

30% increase in power generation compared to stationary type

Additional power generation by Dual-axis tracker

Traditional stationary types are positioned at the sun's position during noon which results in lower power generation during sunrise and sunset.However, PARU's Dual-Axis Tracker maintains optical angle from sunrise to sunset with the best power gerneration efficiency regardless of the position of the sun.

Backtracking in Real-Time

- Maximizes power generation efficiency by minimizing shadows between modules that occur during sunrise/sunset
- When the sun is located at a low altitude, the position of the module is adjusted to increase power generation efficiency, producing up to 30% more energy during sunrise/sunset

Scattering Mode in Real-Time

- Technology to increase energy production on cloudy days
- When the sun is obscured by clouds for a certain period of time, scattering mode activates and absorbs more scattered light to increase power generation

Dual Axis Tracker Power Generation Demontration Data

Excellent stability in natural obstacles

Snow Mode

Wind Mode

- In case of snow, the product is switched to "Snow Mode" and the module maintains the inclination angle to prevent any damages caused by snow
- When wind speed exceeding the set value is detected, it is switched to Wind Mode, causing snow to scatter and secures stability against strong winds.

Double-axis tracking (left) without snow damage and fixed (right) installation with damage caused by snow load. Both are on the same site.

Wind Mode

Operation Mode

- When a strong wind over the set wind speed occurs, it automatically switches to "Wind Mode" to secure stability against strong wind
- Automatically switches to "tracking mode" when normal wind speed is detected

Dual-axis tracking (left) and fixed solar power (right) installation sites after a typhoon. Dual-axis tracking is optimized for the Korean climate with many typhoons due to its high stability against strong winds and typhoons

3D Optimization (CAE) Structural Design

DualTrack Solar System

The DualTrack system is perfect for projects that require maximum efficiency and energy yield.

If your goal is to optimize solar energy production and you’re working with a large-scale installation, DualTrack offers the performance and precision you need.

Whether you’re powering a solar farm or a large industrial operation, this system ensures you get the most energy possible from your solar panels.

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Great for mid-sized projects with moderate energy demands

SingleTrack Solar System

Single-axis (east to west)
Increases energy production by 15-25% over fixed panels
More cost-effective with lower installation and maintenance costs
Simpler system with fewer moving parts
Mid-sized commercial or utility-scale projects
Reliable in various weather conditions
Low-maintenance with fewer parts to service
Best for cost-sensitive projects needing performance boosts
Great for large-scale projects with maximum energy demands

DualTrack Solar System

Dual-axis (east-west and north-south)
Boosts energy production by up to 40%
Higher upfront and maintenance costs due to advanced technology
More complex system with automated dual-axis movement
Large-scale utility projects or installations with high energy demands
Performs well in all weather and maximizes sunlight in complex environments
Requires more maintenance due to increased complexity
Ideal for maximizing energy output in projects where efficiency is paramount