Green Electrical Energy
Fun and engaging hands-on projects to learn green electrical energy
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Learning Kit
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Fun and engaging hands-on projects to learn green electrical energy
Last updated
Was this helpful?
Ideal for kids (with supervision) and teens to discover fundamental concepts of green electrical energy and simple circuits.
This project is ideal for teenagers or young children under supervision of adults
This project includes 6 DIY building models
This project includes a 70-page physical copy of the tutorial book
This project includes a bag of electronics components
This project works perfectly with , we recommend you get one if you haven't
This project-based learning kit offers a practical and engaging introduction to green electricity. It is designed for a diverse audience, from teenageer students to hobbyists and educators. The tutorial book covers fundamental electrical concepts, measurement techniques, and circuit building, with a particular focus on hands-on activities with fun building projects. In this project, you have plenty of opportunities to build working models, engage in circuit diagnostics, and explore green energy generation concepts.
Green electricity is all about a new way of generating power that is sustainable and kind to the environment. This Green Electrical Energy project kit includes 6 building models providing insights into electricity generation and its practical applications.
The project kit also includes a well written tutorial that complements theory-based experiments and offers a practical approach to electrical circuitry, making it accessible for secondary school students, hobbyists, and educators alike.
The book has 6 chapters, with a knowledge section that imparts fundamental principles behind various technologies and a building section offering detailed, step-by-step instructions for constructing functional components.
While every project offers an enjoyable hands-on building experience, we also delve into the engineering concepts underpinning these models, ensuring they serve as more than just toys. In the project kit, we have also included electronic components to enable you to apply your knowledge in real-world scenarios.
200 Ξ© Resistor (1/4 W)
1
4
330 Ξ© Resistor (1/4 W)
1
4
1.0kΞ© Resistor (1/4W)
3
1, 2, 4, 5
100kΞ© Resistor (1/4W)
1
3
Diode(1N4148)
1
3
Potentiometer (0-1k)
1
1
47 uF Capacitor (25 V)
1
3
100 uF Capacitor (25 V)
1
3
MOSFET (IRF530)
1
6
Some practical skills you can explore from this project:
Measurement skills with a digital multimeter and oscilloscope
The operation of a diode and rectifier circuit
Use a capacitor to smooth out the rectified signal
Learn the basic operation of a transistor
Use a MOSFET as a switch to control a DC motor
Understand electrical power and energy
Some examples in the Engineering section of the tutorial are shown below.
To implement the engineering section of the tutorial, you need basic electronics instruments and tools such as a multimeter, oscilloscope and power supply.
High school students: This book is designed to be accessible for high school students who are getting their first exposure to electronics and electrical circuits.
Educators: Teachers and instructors who need concise resources to deliver electronics programs to their students can benefit from this manual.
Hobbyists and beginners: DIY enthusiasts and individuals with little to no prior experience in electronics can use this book as a starting point for their learning journey.
Green energy enthusiasts: Those interested in green energy generation and sustainable technologies can find valuable insights and hands-on activities in this resource.
If you do not have these equipment, the best option is to include a kit along with your purchase
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