DCE Solar has partnered with Axial Structural Solutions to introduce the Tracker Twin—a revolutionary dual-row tracker designed to optimize efficiency, adaptability, and durability. As the first tracker to incorporate homokinetic technology, the Tracker Twin seamlessly adjusts to varying ground conditions, reducing civil work and maximizing layout potential. Its advanced design sets a new industry standard for stability and long-term performance.
Engineered for reliability, the Tracker Twin features a wind-tunnel-tested structure for enhanced resistance to dynamic forces, ensuring maximum stability in most conditions. Its optimized torque tube section accelerates installation while maintaining precise alignment, reducing project timelines. High-strength fasteners and guaranteed electrical equipotentiality eliminate corrosion risks, enhancing system longevity. With its cutting-edge engineering and seamless adaptability, the Tracker Twin is the premier choice for utility-scale solar tracking solutions.
THE TRACKER TWIN
The SlopeSync tracker represents a breakthrough in solar technology, designed to optimize solar installations on uneven terrains. Unlike traditional solar trackers, SlopeSync is a dual-row tracker that seamlessly adapts to varying slopes and landscapes. This innovative system minimizes the need for extensive civil work, reducing site preparation costs and simplifying installation processes. By enabling solar panels to align precisely with the contours of the land, SlopeSync ensures maximum energy generation even in challenging conditions. This makes it an ideal solution for projects located on uneven or hilly terrains, where conventional tracking systems might struggle to deliver optimal performance.
At DCE Solar, we are excited to bring SlopeSync to the U.S. market, offering our clients a more efficient and cost-effective way to harness solar power. This advanced technology not only enhances energy output but also ensures long-term reliability and durability. With its ability to minimize installation costs, SlopeSync offers a significant return on investment by improving the performance of solar arrays and reducing ongoing maintenance needs. By integrating SlopeSync into your solar projects, you are investing in a future-ready solution that aligns with DCE Solar’s commitment to driving innovation and sustainability in the renewable energy sector.
THE SLOPESYNC
A REVOLUTIONARY PARTNERSHIP
DCE Solar is committed to providing cutting-edge solar solutions that maximize efficiency, reliability, and long-term performance. By partnering with Axial Structural Solutions, we are bringing the industry’s most advanced tracker technology to our customers. The Tracker Twin’s homokinetic technology allows for seamless adaptation to varying ground conditions, reducing civil work and optimizing site layouts.
With a shared focus on innovation and quality, this partnership enables us to deliver a cost-effective, high-performance tracking system that streamlines installation and enhances energy production. Together, DCE Solar and Axial Structural Solutions are setting a new standard for solar tracking solutions.
TRACKER TWIN
The Tracker Twin is the first tracker dual-row using HOMOKINETIC TECHNOLOGY, which allows a full adjustment to the grounds, decreasing civil works and taking advantage of the layout.
The Twin double row tracker uses the homokinetic drive as a key element. This solution allows both rows to work in perfect coordination but without the worry of keeping them aligned and exactly parallel to each other.
American steel and fabricated torque tube's and foundations can be provided upon request.
WHAT THE TRACKER TWIN OFFERS
Greater Stability Against Dynamic Effects – Methodology for obtaining design loads based on wind tunnel and developed in collaboration with CPP. Project-specific static and dynamic structural analysis. Stow position at 45º to maximize strength and ensure no dynamic effects.
Advanced Structural Calculation Methodology – Digital recreation of the behavior of structures. Static analysis by structural calculations based on the second-order method and imperfections (due to manufacturing tolerances, installation, etc.). Analysis of natural frequencies and instability modes.
Improved Installation Times – The torque tube section facilitates and improves installation times and ensures correct alignment of the modules
Greater Resistance – 100% of the joints are made with high-strength structural fasteners
Electrical Equipotentiality Guaranteed – Design adapted to guarantee electrical equipotentiality by means of elements that ensure conductivity through the structure. Avoids the appearance of corrosion by galvanic couple.