Light Detection
Uses light-sensitive inputs to determine light direction.
ROBOTICS PROJECT
Solar Tracker
Using Arduino
A hands-on solar tracking project that demonstrates how a panel can follow the direction of light.
Classes 9th to 10th
PROJECT OVERVIEW
Solar Tracker
The Solar Tracker project demonstrates how sensors, Arduino and a motorized mechanism can be combined to orient a solar panel toward a stronger light source.
Students explore light sensing, motor control and renewable-energy applications through a practical working model.
Program
Robotics
Classes
9th to 10th
Platform
Arduino
Learning Type
Hands-on Project
PROJECT FEATURES
What the System Does
Panel Movement
Moves the panel toward the stronger light source.
Arduino Control
Arduino processes sensor readings and controls movement.
Tracking
Demonstrates movement across the available tracking range.
SYSTEM WORKFLOW
How It Works
01
Sense Light
Light sensors detect the relative light level.
02
Compare
Arduino compares the sensor readings.
03
Move Panel
The motor mechanism adjusts the panel direction.
04
Track
The system continues tracking according to the sensor readings.
PROJECT SETUP
Hardware & System Setup
HARDWARE
Components Used
- Arduino UNO
- Light Sensors
- Servo / Motor Mechanism
- Solar Panel
- Jumper Wires
- Power Supply
STUDENT LEARNING
What Students Learn
- Understanding light sensors
- Working with motors and movement
- Reading sensor differences
- Exploring renewable-energy technology
- Building an automated tracking mechanism
HANDS-ON ROBOTICS
Learn by Building
Explore more hands-on robotics projects from SiliBot.