SunRobotics Arduino Based Dual Axis Smart Solar Tracker DIY STEM Educational Kit Electronic Components Electronic Hobby Kit
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Highlights
Power Source: DC
RoHS Compliant
Material: Silicone
Weight: 400
Description
This project offers lessons in solar energy, engineering, robotics, and programming! The Dual Axis Solar Tracker includes everything needed to complete the project.
The principle of this kit is to follow the movement of the sun and measure the solar output based on different angles, direct light and diffused light. Also learn how to use an Arduino Uno to take readings of four LDR sensors and reposition a solar panel using a Metal Gear micro-servo. Makes for a great science fair project or a classroom demo. Building Solar Tracker is easy using Arduino Shield. Code is included in our online directions and can be uploaded via the free Arduino IDE software. Curious creators can also modify or upload their own custom code. The Electronics Package comes with a custom shield, Arduino board, servos, solar panel, and other electronic component.
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Specifications
In The Box
Arduino Based Dual Axis Smart Solar Tracker DIY STEM Educational Electronics Learning Kit , Solar Panel, Servo Motor, LDR Sensoers , MDF Wooden Assembly x 1
General
brand
SunRobotics
Model Number
Arduino Based Dual Axis Smart Solar Tracker DIY STEM Educational Kit
Type
Electronic Components
Minimum Age
12
ROHS Complaint
Yes
Material
Silicone
Additional Features
Other Features
Your solar system can move and follow the brightness! We designed system with Arduino Uno microcontroller, servos, LDR and the moving parts for tracking the light all time., Produce your own clean, simple, and totally free energy from the Sun! Just join the gadgets together, build your personal solar system and start to produce your free clean energy in minutes! It’s totally eco-friendly energy source., Pieces are Created to be easy to build Just collect them together, look at the manual and build it! Enjoyable like doing a puzzle., We made easy to understand manual, just follow the directions and create your own solar system. All the project codes included in the manual., By popular request, we designed this project to be non-soldering We use a 6V 100mA solar cell.
Dimensions
Width
9 cm
Height
5 cm
Weight
400
Power Features
Battery Type
NA
No Of Batteries
NA
Battery Size
NA
Power Source
DC
Other Power Features
NA
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