2-Axis Arduino Based Solar Sun Tracker System

 6,900

The 2-Axis Arduino Based Solar Sun Tracker System automatically tracks the sun on both horizontal and vertical axes, maximizing solar exposure and offering advanced hands-on learning in renewable energy and automation.

2-Axis Arduino Based Solar Sun Tracker System | Advanced STEM Renewable Energy Project

The 2-Axis Arduino Based Solar Sun Tracker System is an advanced educational STEM project designed to demonstrate how solar panels can continuously follow the sun’s movement throughout the day and across seasons.

Unlike single-axis trackers, this system adjusts the solar panel in two directions (East–West and North–South) using Arduino control, LDR sensors, and dual motor mechanisms, ensuring optimal sunlight capture at all times.

This project is ideal for engineering students, advanced school projects, science exhibitions, robotics labs, and renewable energy demonstrations. It provides a real-world understanding of solar tracking systems used in modern solar farms, making it highly relevant for Pakistan’s renewable energy future.

The system is handmade, educational, and designed to focus on learning by doing, not just theoretical concepts.


🔧 Features

  1. Dual-Axis (East–West + North–South) solar tracking
  2. Arduino-controlled automatic positioning
  3. Uses multiple LDR sensors for precise sun detection
  4. Higher efficiency compared to fixed & single-axis systems
  5. Dual motor or servo-based movement
  6. Real-time light comparison logic
  7. Expandable and customizable design
  8. Ideal for advanced STEM & engineering education

🛠️ Applications / Arduino Projects

  • Advanced renewable energy STEM projects
  • Solar efficiency comparison experiments
  • Engineering & robotics final-year projects
  • Science exhibitions & competitions
  • Arduino automation & control systems
  • Pakistan Science Club–style hands-on learning
  • Demonstration of real solar power plant concepts

🧪 What Students Learn

  • Advanced solar tracking principles
  • Difference between fixed, 1-axis, and 2-axis systems
  • Multi-sensor data processing
  • Arduino programming for automation
  • Motor control & mechanical coordination
  • Real-world renewable energy optimization

⭐ Why Buy From Sciencestore.pk?

  • 🇵🇰 Designed for Pakistan’s STEM & education ecosystem
  • Trusted by schools, colleges & makerspaces
  • Real handmade educational models (not toys)
  • Inspired by PSC’s Learning by Doing philosophy
  • Ideal for exhibitions, labs & demonstrations
  • Nationwide delivery across Pakistan

Disclaimer:

  • Please note that the actual project may slightly differ from images shown.
  • This is a handmade educational project; variations in structure, wiring, or component placement may occur.
  • The functionality and learning objectives remain the same.