AT-Spark

• The octagonal torque tube design improves structural efficiency, increasing specific stiffness by 40% and specific strength by 50% while reducing material consumption.

• The multi-point drive solution distributes torsional forces evenly across the torque tube, enabling solar tracker spans up to 143 m and reducing pile quantity by 20% for lower project costs.

• The low-tilt wind stow strategy enhances wind resistance, enabling reliable tracker operation in extreme conditions with wind speeds up to 70 m/s.

• The patented dual-spherical bearing design enables omni-directional rotation and adapts to north–south slopes up to 15%, expanding site suitability for utility-scale solar tracker projects.

• The flip-type bearing housing with snap-fit spherical bearings simplifies installation and disassembly, improving construction efficiency and reducing on-site labor requirements.

• Optimized component design addresses synchronous shaft sagging issues, ensuring long-term solar tracking accuracy and reliability.

• Antaisolar’s intelligent tracking algorithm optimizes solar tracking performance, increasing energy yield while providing 4 protection modes against extreme weather risks.

• The multi-platform software system supports efficient deployment, operation, and maintenance across different utility-scale project scenarios:

☉ Mobile App for on-site networking

☉ SCADA Station for local O&M

☉ SCADA Remote for remote monitoring and maintenance

• High-performance hardware with industrial-grade chips and DFMEA-based reliability design ensures long-term stability. IP65 and IK07 protection ratings provide excellent resistance against water, dust, and impact.

• Advanced safety architecture with high/low-voltage separation, multiple electrical protections, and dual hardware-software encryption ensures secure operation and reliable data communication.