Using arduino to development of an automated multi axis solar tracker

The design of a 2D automated solar tracking system is addressed in the study that is being presented. This system's primary goal is to monitor the Sun's location and maximize the solar panels' energy output. The proposed study seeks to develop an automated tracking mechanism that positions the solar panel in the best possible position to gather energy using solar panel power output and Light Dependent Resistance (LDR). Two servo motors, one for each positioning plane, are used to move the solar panel. That Arduino was used to power those servo actuators. In order to control a servo motor that is attached to the solar panels, the regulating device used in this case is an Arduino Uno, which is straightforward to use. It does this by taking into account the output from solar panels and the inputs from LDR Sensor. Next, Arduino is used to put the complete program into operation. The given system's outcomes were contrasted with those of a single-axis system. The findings demonstrate that multiple exhibits can increase vitality by about 40%. Utilizing such monitoring systems in conjunction with photovoltaic installation systems is very profitable.