Solar Motor Kit for Kids - DIY Educational STEM Project

Previous page The brand Burnur aims to inspire people to enhance their interest in life by providing DIY kits for both adults and kids. The goal is to help kids have more fun and achieve a sense of accomplishment while learning about science. The Burnur kit can be used in schools for science, STEM, technology, and design courses, making it easy to meet project needs with products such as the Electric Circuit Motor Kit and Magnet Kit.

Product Description Next page The Burnur kits allow users to convert wind and sunlight into electricity, creating zero pollution to the environment. Solar power involves using a device called a solar panel, which directly converts sunlight energy into electrical energy through the photovoltaic effect. Wind power, on the other hand, is driven by the movement of air from areas of high pressure to low pressure due to the uneven heating of the Earth's surface by the sun.

The hand-cranked generator operates based on the principle of electromagnetic induction, generating electricity through the rotation of a magnetic field. Users can learn about basic circuit connections, series, and parallel configurations, as well as the conversion between electricity, light, and sound with the Burnur kits.

The kit includes various components such as a solar panel, motors, propellers, LED lights, switches, and more, providing enough accessories for kids to conduct STEM science experiments. It offers three power generation modes and opportunities for energy conversion, circuit learning, and understanding the relationship between sound, light, and electricity. This kit is suitable for family and kids' projects, as well as for use in primary and secondary school settings.

Parents and educators should be aware that the kit is suitable for children aged 12 and above, as it contains small parts that could pose a choking hazard. It is important to supervise children while using the kit to prevent accidents such as short circuits, which can lead to high temperatures and accessory damage. Following the instructions carefully and using the correct circuit diagrams will ensure a safe and educational DIY experience for kids.

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