Description

Product Description

Mechanic37 Dual Axis Solar Tracker Final Year Engineering Science Project with PDF Report

The Dual Axis Solar Tracker Project is a fully assembled Arduino-compatible engineering project designed to automatically track the sun in both horizontal and vertical directions for maximum solar energy collection. Using LDR sensors, the system continuously detects the brightest light source and controls two servo motors to rotate the solar panel automatically.

The project is powered by a rechargeable battery system and features durable 3D printed components, making it lightweight, portable, and suitable for repeated demonstrations. It is fully assembled, tested, and ready to use without any soldering or programming.

This project is specially designed for engineering students, diploma students, final year projects, science exhibitions, renewable energy demonstrations, and embedded systems learning. It helps students understand the working principle of automatic solar tracking systems and efficient solar energy utilization.

A detailed PDF Project Report is included for academic submissions and presentations.

Features

• Arduino Compatible Controller
• Dual Axis Solar Tracking
• Automatic Sunlight Detection
• LDR Sensor Based Tracking
• Dual Servo Motor Control
• Rechargeable Battery System
• High Quality 3D Printed Parts
• Fully Assembled and Tested
• Ready to Use
• Includes PDF Project Report

Applications

• Final Year Engineering Projects
• Engineering Mini Projects
• Renewable Energy Demonstrations
• Science Exhibition Models
• Solar Energy Learning
• Embedded Systems Projects
• Robotics Learning

Package Includes

• Dual Axis Solar Tracker Project
• Arduino Compatible Controller
• LDR Sensors
• Two Servo Motors
• Solar Panel
• Rechargeable Battery
• 3D Printed Components
• PDF Project Report