Project description:

The Solar Tracker project aims to revolutionize the efficiency of solar energy systems by implementing an innovative sun tracking mechanism. Utilizing Arduino microcontroller technology in conjunction with Light Dependent Resistors (LDRs) and a servo motor, this project offers a dynamic solution for optimizing solar panel orientation along a single axis. By continuously monitoring and adjusting the panel's position based on real-time sunlight intensity data captured by the LDRs, the system ensures maximum exposure to solar radiation throughout the day. This report provides a comprehensive overview of the project, detailing its components, operational principles, code implementation, experimental findings, and potential implications for renewable energy infrastructure. Through its seamless integration of hardware and software components, the Solar Tracker project represents a significant advancement in sustainable energy technology, offering promise for widespread adoption in both residential and industrial settings.

Components of the project:

· Arduino Uno R3
· SG90 servo motor
· Light Dependent Resistors (LDRs) x 2
· 10kΩ resistors x 2
· 18650 batteries x 2
· Connecting wires