Learn How the World Can Run on Sunlight.
Solar energy powers our planet. But did you know that solar panels produce the most electricity when sunlight hits them at the right angle?
In the Solar Tracker Project by Zeon STEM, students build a smart mini solar tracking system that automatically follows the sun to maximize solar energy capture.
THE PROBLEM
Learn How Engineers Maximize Solar Energy
Students build a working solar tracking system that automatically adjusts the position of a solar panel to follow the direction of sunlight throughout the day. By using light sensors, electronics, and a microcontroller, they recreate the same principle used in modern solar power plants to improve energy efficiency.
This hands-on project introduces students to renewable energy technologies and the engineering solutions that help power a sustainable future.
KEY PROBLEMS
Why Students Love the Solar Tracker Project
Hands-On Engineering
Structured STEM delivery aligned with sustainability and engineering principles.
Learn Renewable Energy Concepts
Structured STEM delivery aligned with sustainability and engineering principles.
Real-World Problem Solving
Structured STEM delivery aligned with sustainability and engineering principles.
STEM Skills Development
Structured STEM delivery aligned with sustainability and engineering principles.
For Schools
Structured STEM delivery aligned with sustainability and engineering principles.
HOW IT WORKS
From Sunlight to Smart Tracking
1
Detect Sunlight
Light sensors detect the direction of the strongest sunlight.
2
Analyze the Data
The microcontroller processes the sensor signals.
3
Adjust the Panel
A motor automatically moves the solar panel toward the brightest light.
4
Capture Maximum Energy
The panel stays aligned with the sun for optimal energy output.
Students experience how automation and renewable energy technology work together.
LEARNING OUTCOMES
By completing Solar Tracker, students develop:
- Fundamentals of solar energy systems
- How solar panels generate electricity
- Importance of incident light angle
- Basics of automation and sensors
- Microcontroller programming concepts
- Engineering design and experimentation
Certification
Documented achievement, not just completion.
1
Submit visual evidence of the working system
2
Complete validation checklist
3
Receive a verified, shareable certificate
Who It’s For
