Description:
Solar panels generate maximum power only when sunlight directly hits the panel surface. Due to Earth’s rotation, sunlight direction keeps changing throughout the day, reducing overall efficiency in fixed-position panels.
To solve this problem, a solar tracking system is implemented to automatically adjust the angle of the solar panel to always face the sun.
This project demonstrates a dual-axis solar tracker using LDR sensors, servo motors, and a microcontroller.
Applications
This project can be used in:
| Arduino Nano / Uno |
| Servo Motors (SG90 / MG995) |
| Mini Solar Panel (5V/6V) |
| LDR Sensors |
| 10K Resistors |
| Motor driver / Sensor Modules |
| Jumper Wires |
| Breadboard / PCB |
| 3D Printed Structure |
| Battery / Power Supply |
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