To understand the fundamental principles of solar energy conversion and electrical circuit design relevant to solar power systems.
To design and implement a reliable automated monitoring system for solar panels that tracks voltage, current, and power output in real-time.
To integrate sensors and microcontrollers effectively for data acquisition and processing in renewable energy applications.
To develop practical skills in assembling and troubleshooting electronic components and embedded systems.
To analyze and interpret data collected from the monitoring system to assess the performance and efficiency of solar panels.
To enhance problem-solving abilities and promote hands-on experience with sustainable technologies in the field of electrical and electronics engineering.
To prepare the trainee for real-world technical challenges by fostering teamwork, project planning, and technical documentation skills.
Conduct research on solar power systems and familiarize with sensors and microcontrollers commonly used for monitoring purposes.
Design circuit diagrams for the automated monitoring system, selecting appropriate components such as voltage sensors, current sensors, and microcontrollers (e.g., Arduino).
Assemble the hardware components including solar panels, sensors, microcontroller boards, and display units.
Write embedded code to capture real-time data from sensors, process it, and display readings on an LCD or transmit data to a computer.
Test the system under various environmental conditions to ensure accurate and reliable data acquisition.
Troubleshoot and debug hardware and software issues that arise during testing.
Document the project process including design choices, coding, testing results, and final system evaluation.
Present the completed project to peers and instructors, explaining the working principles and practical applications of the automated solar power monitoring system.
