This kit consists of a solar panel, a solar charging module, a photosensitive module, and a control module. The photosensitive module calculates the position of the light rays, and the servo motor is adjusted to rotate the solar panel in the direction of the most abundant light, maximizing the solar panel’s power output to charge the battery via the solar charging module. The system can be powered via a solar panel or a DC 9-24V power adapter to charge the lithium battery, or via a USB 5V power input.
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Product Specifications:
Product Name: Solar Tracker Kit
Product Model: WK-56-109
Main Controller: Arduino UNO
Material: Bamboo Wood
Wiring Method: DuPont Wire Connection
Power Input: Powered by 2 Lithium Batteries, USB Cable Power
Product Dimensions: 179*94*215mm
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Solar charging module function description:
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Arduino UNO Development Board Introduction:
The UNO is a development board based on the open-source Simple/O platform, featuring a Java/C-like Processing/Wiring development environment that is easy to understand. Uno allows you to quickly create interesting things. It can be used with various electronic components such as LEDs, buzzers, buttons, photoresistors, and more. The Uno development environment is based on open and original principles, allowing you to download and use it for free to develop more amazing interactive projects.
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UNO R3 Expansion Board Introduction:
When using the UNO R3 development board, we often need to connect multiple sensors and displays to show data. However, the I/O ports on the development board are close together, making wiring difficult or prone to errors. Furthermore, there aren’t enough power interfaces for each sensor, display, and other modules, making it quite cumbersome. This expansion board can be used with the UNO R3 development board. It can be directly plugged into the UNO R3 development board, retaining the original I/O ports while bringing out additional I/O ports. Each I/O port is equipped with independent VCC and GND interfaces, making it easy to connect sensors to power. Even with a large number of sensors, wiring becomes much easier, significantly reducing development difficulty.

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