Project Description:

The Single Axis Solar Tracker Using Arduino, Servo Motor, LDR, and 5V Solar Panel is a project that aims to improve the efficiency of solar panels by automatically tracking the sun's position throughout the day. The project uses an Arduino microcontroller board, a servo motor, an LDR sensor, and a 5V solar panel to control the movement of the solar panel.

Working Method:

The LDR sensor detects the position of the sun and sends the signal to the Arduino board. The Arduino board then sends the control signal to the servo motor, which rotates the solar panel to the optimal angle to face the sun. The 5V solar panel generates the power required to run the Arduino board and the servo motor.

The system is designed to track the sun's movement throughout the day, ensuring that the solar panel always faces the sun and maximizes the amount of energy generated. The system can also be programmed to adjust for seasonal variations in the sun's position.