TAI-Universal

· Patented multi-slew drive design distributes forces across multiple points, ensures whole system stability. Certified by CPP WIND, Engineered to withstand the strong winds.

· Individually controlling each string to adapt to any wind load, gathering terrain slope data, identifying wind angles, and employing a four-tier protection mechanism. This ensures autonomous adoption of the safest position in strong winds.

· North-south maximum slope 20%, linked or unlinked options are available, optimizing capacity even in constrained conditions.

· Multiple foundation options, adaptable to any soil while minimizing the need for earthmoving.

· Each row is independently controlled, with an advanced backtracking algorithm. By dynamically responding to the angles and slopes of the terrain, it significantly enhances overall energy yield. Learn More

· Designed based on wind tunnel test data, ensuring stability in high winds and heavy snowfall.

· Equipped with advanced sensors and machine learning, the controllers monitor facilities, detect faults, and predict threats.

· With wireless communication and backup battery, functionality is maintained during power grid outages.

· Automatic snow response uses ultrasonic sensors to detect snow accumulation, adjusting the tracker for self-cleaning and preventing module obstruction.