Sun tracker for solar panels (4 axis)
The Sun Tracker for Solar Panels (4-Axis) Working Model demonstrates advanced solar tracking technology, aligning panels with the sun across four axes for maximum energy efficiency. This innovative project is perfect for students exploring renewable energy and engineering concepts.
5 in stock
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Sun tracker for solar panels (4 axis)
Description:
The Sun Tracker for Solar Panels (4-Axis) Working Model is an advanced project for students, demonstrating how solar panels can align with the sun’s position on four axes for maximum energy efficiency. By optimizing the orientation of solar panels throughout the day and across seasons, this model highlights innovative renewable energy solutions and practical engineering concepts.
Key Features:
- Demonstrates a 4-axis solar tracking system for superior energy optimization.
- Explains advanced solar technology principles and automation.
- Encourages hands-on learning in renewable energy and mechanical engineering.
Materials Needed:
- Foam Board or Sun Board: Base for the model.
- Solar Panel: Simulates energy collection.
- BO Motors: Provide movement along four axes (vertical, horizontal, tilt, and rotational).
- BO Wheels: Support smooth rotational movements.
- LDR (Light Dependent Resistor) Sensors: Detect the direction of sunlight.
- Motor Driver Module: Controls motor movements based on sensor input.
- Microcontroller (Arduino/Relay): Processes sensor signals to adjust the panel’s position.
- Battery and Clip (9V): Powers the system.
- Jumper Wires: Connect components to the circuit.
- PVC Pipes or Aluminum Rods: Provide structural support for the movable parts.
- LEDs: Indicate system status.
Working Principle:
- Sunlight Detection: LDR sensors detect the intensity of sunlight from different directions.
- Signal Processing: The microcontroller or motor driver processes the data from the sensors.
- Multi-Axis Movement: Motors adjust the solar panel along four axes—vertical, horizontal, tilt, and rotation—to align with the sun’s position.
- Energy Optimization: Continuous alignment ensures maximum solar energy absorption.
Applications:
- Demonstrates advanced solar tracking technology.
- Teaches concepts of automation, robotics, and renewable energy.
- Ideal for science fairs, engineering projects, and renewable energy education.
Conclusion:
The Sun Tracker for Solar Panels (4-Axis) Working Model is an innovative project that maximizes solar energy efficiency through advanced tracking mechanisms. This hands-on project inspires students to explore sustainable energy technologies and their practical applications.
| Weight | 1.45 kg |
|---|---|
| Dimensions | 26 × 26 × 20 cm |
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Sun tracker for solar panels (4 axis)
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