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  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.
  • DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.

DIY Solar-Powered Car Kit for Kids, a STEM physics experiment exploring solar energy and hybrid vehicle technology.

DIY Solar-Powered Car Kit helps students explore solar energy, physics, and hybrid electric vehicle concepts through hands-on science experiments and STEM learning.

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Solar-powered toy car
Solar Cell Demonstrator

USD 8.99

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Product Description


Small solar-powered vehicle

Solar energy and wind energy are currently the cleanest energy sources in the world; they do not cause environmental pollution. While wind energy can only be converted into power in specific locations, solar energy can be harnessed wherever there is sunlight—without any geographical restrictions—making it extremely convenient to use. Through the example of a solar-powered toy car, one can learn about the power-generation principles and practical applications of solar panels.

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                                                                                                                    The solar panel angle can be adjusted 

                                                                                                                       forwards and backwards.

                                          

                                                                                                                      There are 4 adjustable settings on this switch.



1. Off position                                    



2. Solar-powered mode                               

3. Solar charging mode                                               


4. Battery-powered mode                                                 

Product parameters


Product Display

Solar Cell Demonstrator

An apparatus for demonstrating the conversion of solar energy into electrical energy


                                                                                                Solar panels                                                                      Small motor

                                                                       Open-circuit voltage > 3.75                       Operating voltage: DC 3V

                                                                    Short-circuit current > 65 mA                      Operating current: <30mA

                                              

                              Buzzer

                                     Operating voltage: DC 3V

                             Operating current: <10mA







                                                Light-emitting diode (LED)                                                                                  Switch

Instructions for Use

1. To power a buzzer using solar energy: Connect the wires—observing correct polarity—between the output jacks of the solar panel and the input jacks of the buzzer. Adjust the solar panel so that it faces the sunlight, then turn on the power switch on the panel; you will hear music emitted by the buzzer.

2. To power an LED using solar energy: Connect the wires—observing correct polarity—between the output jacks of the solar panel and the input jacks of the LED. Adjust the solar panel so that it faces the sunlight, then turn on the power switch on the panel; the LED will light up.

3. To power a small motor using solar energy: Connect the wires—observing correct polarity—between the output jacks of the solar panel and the input jacks of the small motor. Adjust the solar panel so that it faces the sunlight, then turn on the power switch on the panel; the blades of the small motor will begin to rotate.

                                                                                                                                           The solar panels can be adjusted forward or backward

                                                                                                                                           to face the sunlight.




  

                                    Back                                                                  Bottom

 

Precautions

1. When connecting wires, pay attention to the polarity of the solar cells and the corresponding components. After completing each experiment, ensure the power switch is turned to the "off" position.

2. Once experiments are finished, store the equipment on a rack in a dry, well-ventilated area, away from direct sunlight.

Product parameters


Supplier Information

Company:Robots gift store

Email:[email protected]

Tel:13273966089

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