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Hydroelectric generator working model

Track :

Science

Course Presenter :

howtofunda

Lessons no : 9

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What will you learn in this course?
  • Design and assemble a hydroelectric generator model using simple materials like cardboard, plastic bottles, and copper wire
  • Explain the principles of electromagnetic induction and how moving water generates electricity in the model
  • Demonstrate the conversion of mechanical energy from flowing water into electrical energy to power bulbs or LEDs
  • Relate small-scale hydroelectric models to real-world dams and renewable energy solutions for sustainable development

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Lessons | 9


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Hydroelectric generator working model, in this course teaches students how to design and build a small-scale model that demonstrates how electricity can be produced from the energy of moving water. This project explains the principle of electromagnetic induction, where the mechanical energy of flowing or falling water rotates a turbine connected to a coil and magnets, generating electricity. Learners will follow step-by-step guidance to construct the model using simple materials such as cardboard, plastic bottles, pipes, copper wire, magnets, and a small turbine or wheel. As water flows, it spins the turbine, which powers the generator to light up a bulb or LED, making the process clear and practical. The course also links the model to real-world hydroelectric dams and power plants, highlighting their role in renewable energy production and environmental sustainability. Ideal for school projects, science fairs, or classroom demonstrations, this hands-on activity develops creativity, technical skills, and scientific understanding while encouraging awareness of clean energy solutions for the future. howtofunda