Increased power generation efficiency due to real-time PV tracking PARU's dual-axis tracking tracker uses optical real-time sensors, slew drives, and actuators to track the movement of the sun and changes its altitude in real time. It shows higher power generation efficiency than traditional fixed PV system. When exposed to natural disasters, our AI technology secures stability and maximizes energy production with real-time backtracking, scattering technology, wind mode, and snow mode. Though technology research and development, we have obtained 13 types of international patents and certifications including UL.

Core Components

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  Actuator Real-time Azimuth Tracking / Azimuth Tracking in Real-time

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  Slew Drive Direction adjustment according to orbit change

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  Controller Automatic and manual, tracking environment settings and control

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  Real-time Sensor Sense the location of the Sun and send signals to controller

Increased Power Generation Efficiency Due to Real-Time PV Tracking

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  Traditional Fixed PV System

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  Maintains optimal sun angle by tracking of the sun's position in real-time

Traditional stationary types are positioned at the sun's position during noon which results in lower power generation during sunrise and sunset. However, PARU's Dual-Axis Tracker maintains optical angle from sunrise to sunset with the best power generation efficiency regardless of the position of the sun.