Tracking till infinity
Boundless Efficiency
Timeless Reliability
Limitless Intelligence
Our Advanced Solar Tracker Solutions
Engineered for peak performance, Antaisolar’s solar tracking technology combines cutting-edge hardware and intelligent software to optimize sunlight capture throughout the day. Our solar tracker systems powered by the SmartTrail™ Algorithm deliver higher energy output than fixed-tilt alternatives, ensuring enhanced ROI for utility-scale projects. Beyond industry-leading hardware and software, we provide end-to-end support—from customized project design to long-term maintenance. With Antaisolar’s solar tracker systems, you’re not just investing in hardware, but in a partnership that prioritizes your project’s lifetime efficiency and profitability.
TAI-Simple
ANTAI Top-Selling LCOE-optimizing Solar Tracker
Slew-drive Single-axis Independent 1P
- · ·Auto-cleaning robot compatible
- · Single-axis rotation design
- · Wide-angle tracking
- · Minimal posts for easy installation
- · Bifacial module compatible
TAI-Universal
Built for challenging sites and all environments.
Multiple Slew-drive Single-axis Independent 2P
- · · Multi-drive System for minimal table distortion
- · Auto-cleaning robot compatible
- · Wide-angle tracking
- · Powerful Slope Adaptability
- · Bifacial solar module compatible
Timeless Reliability
Antaisolar's solar tracker system features a robust slew drive design with sealed, maintenance-free components, specifically engineered to withstand harsh environments. Our high-strength steel construction and advanced corrosion-resistant coatings ensure long-term reliable solar tracking performance—minimizing both O&M costs and system downtime. By combining High-quality materials with smart tracking algorithms, Antaisolar's solar tracker deliver unmatched stability that protects your energy yield through decades of operation.
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Double-Sealed Driver Structure
Ensures internal cleanliness
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Self-Lubricating Bearings
Key components require no regular lubrication
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High-quality Materials & Coating Technique
Meet international standards and corrosion resistance requirements
Limitless Intelligence
Powered by the advanced AT 3.0 tracking algorithm, Antaisolar's intelligent tracking control system combines advanced software and hardware technologies, including artificial intelligence, IoT and network security, to optimise solar tracking precision. Engineered for challenging environments, this sophisticated SmartTrail™ algorithm ensures your photovoltaic project operates at peak efficiency—adapting seamlessly to complex terrains and extreme weather while maximizing energy yield and system reliability.
Smart Tracking Algorithm ![]()
Smart Tracking Algorithm ![]()
Wind Stow
When high wind alerts are triggered, the solar tracker system automatically moves to pre-set storm protection positions. After the alert clears, the intelligent tracking algorithm seamlessly resumes normal sun-following operation.
Snow Stow
When heavy snow alerts are activated, the solar tracker system automatically adjusts to the maximum tilt angle for effective snow shedding. After conditions normalize, the intelligent tracking algorithm promptly returns the array to optimal sun-tracking position.
Hail Stow
When hail alerts are triggered, the solar tracking system immediately positions all arrays at a protective tilt to minimize impact force. Following alert clearance, the intelligent control system automatically restores optimal sun-tracking orientation.
Boundless Efficiency
Antaisolar's tracker system features a modular design with up to 45% pre-assembled commercial components, significantly reducing on-site deployment time. The simplified installation process requires no specialized tools, enabling rapid solar tracker assembly by standard crews. Our human-centric engineering approach ensures efficient, low-risk construction while maintaining the structural integrity required for industrial-scale solar tracking systems.
Testing & Certification
Antaisolar's solar tracker systems have been tested and certified by leading independent authorities DNV and Solida, verifying their exceptional reliability, performance, and durability. These validations ensure that your solar tracking solution delivers superior energy yield and years of stable operation. By choosing solar trackers from Antaisolar, you're investing in bankable technology that minimizes operational risks while maximizing lifetime energy production.
Global Presence,
Local Commitment
End-to-End Solar Project Safeguarding
Our Service Solutions throughout Project Lifetime
From Enquiry to Design
- ·Local Support
- ·Financing Service
- ·Rapid project design with automatic BOM output
- ·FEM modeling and analysis
- ·Pull-out test
From Production to Shipment
- ·Leading manufacturing
- ·Quality control
- ·Delivery pre-assembly
- ·Project management
- ·Logistics network
From Install to Grid
- ·Installation and commissioning training (onsite & online)
- ·Site survey and technical guidance
- ·Commissioning and inspection
- ·Onsite troubleshooting services
From Operation to Maintenance
- ·Extended warranty
- ·SCADA real time monitoring
- ·O&M service (Remote, onsite or hybrid )
- ·Services help desk
- ·Spare parts inventory
Sustainability
As a clean energy solutions provider, Antaisolar implements sustainable practices across our solar tracker value chain. We actively reduce carbon emissions in solar mounting production while protecting local ecosystems.
Recyclable Materials
Antaisolar integrates sustainable materials like UHMWPE recyclable bearings across our solar tracker systems, reducing environmental impact while maintaining mounting & tracking system durability.
Green Manufacturing
Antaisolar's mounting system shafts and purlins utilize galvanized aluminum-magnesium steel, delivering 168kg CO₂ reduction per ton versus conventional galvanized steel while maintaining mounting system strength.
Package & Ship
Antaisolar's packaging achieves up to 90% density efficiency, reducing transportation carbon emissions by 20% per shipment while ensuring component protection.
Construction
Antaisolar's solar tracker installations prioritize driven pile foundations, reducing irreversible soil disturbance by up to 70% compared to concrete bases while maintaining stability of solar mounting.
