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DIY Solar Panel Tracker with Arduino

In this article, we'll use Arduino to build our own solar system in the home conditions.

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The goal of this project is to generate energy from sunlight. To accomplish so, we'll build a two-axis solar tracker system with several light sensors. The device will track the source of light and harvest the energy using its solar panel. The technology will then be able to store clean solar energy for later use.

ArduinoSolarTracker.pdf

Manual book for Solar Tracker Project

Adobe Portable Document Format - 4.54 MB - 01/22/2022 at 19:32

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SOLARXV2.ino

Arduino codes of Solar Tracker Project

ino - 2.02 kB - 01/22/2022 at 19:30

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  • 1
    Step 1 : Getting Required Hardware

    There are a few phases to completing the project. First, we'll construct the platform that will allow the system to rotate on its axis. After that, we'll look at electrical component layout and connections. Finally, we'll publish a piece of embedded software that was created just for the solar tracker project.

    Do not forget to visit Robotistan's Blog for more : Solar Tracking System Using Arduino

    You'll need all of the required components to create a solar tracker system, including a solar panel, a microcontroller, and servo motors. You may purchase a "Solar Project Kit" that has all of the required components in one convenient box. The project will be straightforward to implement after that.

    You can get the Solar Tracker Kit from : DIY Educational Sun Tracker Kit

  • 2
    Step 2: Check Numbers of Parts

    In this diagram, the numbers of the wooden components are shown. In the next steps, we'll go through which piece to utilize and how to use it.

  • 3
    Step 3: Body Assembly

    First of all, we will install the servo motor in the number 1 part. Mount it using the two long screws that come out of the servo motor package.

    Mount the servo motor with 4 10 MM spacers and 4 nuts to the part number 1 where we mount it. These spacers will help the upper body to rotate more stable.

    To raise the part number 1 from the bottom plate, mount 4 20 MM spacers using 4 nuts.

    The next step is to put component number 1 on top of part number 2. Using 4 6 MM bolts, attach the part number 1 to the 20 mm spacers on the part number 2. The construction of the solarx lower body will be completed after this phase.

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