TL;DR
Antaisolar revealed an upgraded 80-meter multi-drive solar tracker at SNEC 2026, designed for large ground-mounted projects with improved wind resistance and structural stability. The system aims to reduce project costs and support high-power modules.
Antaisolar unveiled its upgraded TAI-Universal 2P multi-drive solar tracker at SNEC 2026, featuring an 80-meter span and supporting wind speeds up to 60 m/s. This innovative system aims to improve cost efficiency and structural stability for large-scale ground-mounted solar projects. This development aims to improve cost efficiency and structural stability for large-scale ground-mounted solar projects.
The new tracker system has reinforced main structures and joint points, allowing for spans of up to 80 meters. It employs a 2P multi-drive architecture with multiple drive points along each row, designed to optimize torque distribution and stability across extended layouts.
Antaisolar states that this design reduces the number of pile foundations needed, thereby lowering the levelized cost of energy (LCOE). The system also supports high-power modules and higher DC/AC ratios, while enhancing bifacial gain by minimizing rear-side shading.
The company did not specify a production timeline for the upgraded tracker but emphasized its suitability for desert and arid region projects, where foundation requirements, wind performance, and installation efficiency are critical factors.
Impact on Large-Scale Ground-Mounted Solar Projects
The introduction of an 80-meter span tracker with high wind resistance and reinforced structure could significantly reduce project costs by decreasing foundation requirements and improving installation efficiency. This development is relevant for developers aiming to deploy large, cost-effective solar farms in challenging environments such as deserts and windy regions.
Moreover, the system’s ability to support higher power modules and improve bifacial gains can enhance energy yield, further lowering LCOE and increasing competitiveness of solar power in utility-scale projects.
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Recent Trends in Solar Tracker Innovation
Antaisolar’s unveiling occurs shortly after being ranked seventh in Wood Mackenzie’s 2026 global PV tracker manufacturer ranking, reflecting its growing market presence and R&D capabilities. The company has also announced certifications and strategic partnerships, including agreements with TÜV Rheinland and TÜV SÜD, and shipments reaching over 50 GW globally by the end of 2025.
The tracker market has seen ongoing innovation aimed at increasing span lengths, wind resistance, and structural strength, driven by the need to reduce LCOE and improve performance in diverse environments. Learn more about recent advancements in solar tracker technology. Antaisolar’s new system aligns with these industry trends, targeting large-scale projects seeking cost-effective, durable solutions.
“The 80-meter span and reinforced structure of Antaisolar’s new tracker could significantly cut project costs and improve stability in high-wind areas.”
— an anonymous researcher
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Unconfirmed Production Timeline and Market Adoption
Antaisolar has not disclosed a specific timeline for mass production or deployment of the upgraded TAI-Universal 2P tracker. It remains unclear how quickly the system will be adopted across markets and what the initial deployment scale will be.
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- Wind Resistance: Auto resets in high winds
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Next Steps for Deployment and Industry Adoption
Antaisolar is expected to announce detailed production plans and pilot project deployments in the coming months. Monitoring industry feedback and early project implementations will clarify the system’s performance and cost benefits in real-world conditions.
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Key Questions
What are the main features of the new Antaisolar tracker?
The upgraded tracker features an 80-meter span, reinforced structures, wind resistance up to 60 m/s, and a 2P multi-drive architecture designed for large-scale projects in challenging environments.
How does the new system improve project costs?
By supporting longer spans and reducing foundation requirements, the system aims to lower the levelized cost of energy (LCOE) and installation costs, making large solar farms more economically viable.
When will the upgraded tracker be available for commercial projects?
Antaisolar has not yet announced a specific production or deployment timeline. Further updates are expected in the coming months.
What regions or environments is this tracker designed for?
The system is targeted at desert and arid regions, where wind resistance and structural stability are critical for large-scale ground-mounted solar installations.
Will the new tracker support bifacial modules?
Yes, the design aims to enhance bifacial gain by reducing rear-side shading, which is beneficial for high-efficiency bifacial modules.
Source: PV Magazine
