Antaisolar unveils 80-meter multi-drive solar tracker

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Antaisolar introduced an upgraded 80-meter span version of its TAI-Universal 2P multi-drive solar tracker at SNEC 2026. The system features reinforced structures, higher wind resistance, and aims to reduce project costs for large-scale solar farms. The company also showcased other innovations and announced partnerships.

Antaisolar announced at SNEC 2026 the launch of its upgraded TAI-Universal 2P multi-drive solar tracker, featuring an 80-meter span and improved structural resilience. The development aims to lower project costs and improve performance for large-scale solar installations in challenging environments.

The upgraded TAI-Universal 2P tracker supports spans of up to 80 meters and withstands wind speeds of up to 60 m/s, according to Antaisolar. The design incorporates reinforced main structures and joint points, intended to support high-power modules and higher DC/AC ratios, while reducing the number of foundations needed for large projects. The system’s multi-drive architecture distributes torque more evenly across longer rows, enhancing stability and potentially reducing installation costs.

Antaisolar highlighted that the longer span and increased structural strength are particularly suited for desert and arid region projects, where foundation and wind resistance are critical. The company did not specify a timeline for mass production or commercial rollout of the upgraded tracker but emphasized its focus on large-scale ground-mounted solar farms.

Alongside the 80-meter tracker, Antaisolar showcased its AT-Spark 1P flagship tracker, which features a 40% increase in structural stiffness and 50% higher strength, making it suitable for complex terrains. The company also presented its SmartTrail intelligent control system, designed to optimize tracker angles and ensure stable operation under extreme weather conditions, including high winds, snow, hail, and sandstorms.

Impact on Large-Scale Solar Plant Cost Efficiency

The introduction of an 80-meter span tracker with reinforced structure could significantly reduce the number of foundations and support structures needed for large solar farms, lowering overall project costs. This innovation aligns with industry efforts to improve the economics of utility-scale solar, especially in challenging environments such as deserts and arid regions where wind resistance and installation efficiency are vital. The system’s ability to support high-power modules and higher DC/AC ratios further enhances its attractiveness for future projects, potentially influencing market standards and competitive dynamics.

Industry Trends Toward Longer Span and Higher Wind Resistance

Recent years have seen a push toward longer-span solar trackers to reduce costs and improve land utilization. Major players are developing systems with spans exceeding 70 meters, aiming to optimize energy yield and reduce balance of system expenses. Antaisolar’s new 80-meter model builds on these trends, emphasizing structural reinforcement to withstand high wind speeds, which are common in desert and coastal locations. The company’s innovations follow a broader industry focus on durability, efficiency, and cost reduction for utility-scale deployments.

“The 80-meter span and reinforced design are expected to significantly lower project costs by reducing foundation and support requirements while maintaining high structural stability.”

— an anonymous PV Magazine source

Unconfirmed Details on Production and Deployment Timeline

It is not yet clear when Antaisolar plans to begin mass production or deployment of the upgraded TAI-Universal 2P tracker. The company did not specify a timeline during SNEC 2026, and further details on availability and pricing remain undisclosed. Market adoption will depend on customer interest, certification processes, and project-specific requirements.

Next Steps for Commercial Adoption and Certification

Antaisolar is expected to seek certification for the upgraded tracker and engage with project developers and EPCs to incorporate the system into upcoming large-scale solar projects. The company may also announce pilot installations or early deployments in the coming months, providing real-world performance data to support broader market adoption.

Key Questions

What are the main advantages of the 80-meter tracker?

The longer span reduces the number of foundations needed, lowering costs, while reinforced structures improve wind resistance and stability, suitable for large-scale and harsh environment projects.

When will the upgraded tracker be available for commercial projects?

Antaisolar has not announced a specific timeline for mass production or deployment; further updates are expected in the coming months.

How does this system compare to existing trackers?

It offers a longer span and higher wind resistance than many current models, aiming to improve efficiency and reduce costs for large-scale projects, especially in challenging environments.

Will the new tracker support bifacial modules?

Yes, the design supports high-power modules and aims to enhance bifacial gain by reducing rear shading, according to Antaisolar.

What certifications has Antaisolar obtained for this system?

The company did not specify certifications for the 80-meter tracker at SNEC but highlighted certifications for other products, such as UL 2703 and IEC 62817 for related systems.

Source: PV Magazine