Experimental tests were conducted with both systems, and the data generated during this study were obtained through a prototype dimensioned for small-scale energy production, aiming to assess the project s feasibility. The developed prototype incorporated the following components: Arduino Uno, LDR sensors, resistors, a 1 W solar panel, two servo motors, and jumper connectors. Additionally, the code used for system automation will be presented as an integral part of this work. The results obtained reinforce the conclusion that the mobile system, equipped with a solar tracker, consistently outperforms the fixed system in terms of average power. This underscores a substantial gain, highlighting the effectiveness of solar tracking in providing a more efficient capture of incident solar energy.