Wind Turbine Generator Educational Model Key benefits Easy assembly that supports rapid setup and handson problem solving Demonstrates the generation principle by converting wind energy into electricity to drive a small fan Helps children understand renewable energy, electricity basics, and energy conversion Sparks sustained interest in science through practical experimentation with wind energy using wind or a fan Product features and educational value Function: A wind turbine generator model that generates electricity from wind energy to power a small fan Learning outcomes: Provides a visual demonstration of electromagnetic induction and energy conversion in action Assembly and usability: Designed for straightforward assembly, enabling quick preparation for lessons or home study Materials and durability: Built to endure repeated use in educational settings (durable construction for classroom or home use) Compatibility and use cases: Suitable as a standalone educational tool for classrooms, study at home, or sciencerelated activities; compatible with standard desks or tables for demonstrations Performance: Responsive to natural wind as well as artificial wind produced by a fan, allowing flexible testing of wind energy concepts What you get and how it works The model uses wind energy to turn the turbine, generating electricity that drives the builtin fan Observing the setup helps learners grasp electromagnetic induction and basic energy conversion mechanisms The design emphasizes repeatable demonstrations of windpowered electricity generation with simple, approachable parts Use scenarios Classroom demonstration: Show how wind energy is converted into electrical energy and used to run a small fan, reinforcing concepts of energy transformation and induction during physics or science lessons Home learning project: Experiment with wind speed by blowing on the turbine or using a room fan, encouraging discussion of energy transfer, efficiency, and renewable energy basics Science fair or group activity: Compare output under different wind conditions or fan speeds, collect observations, and formulate conclusions about wind energy performance Specifications and attributes Function: Standalone wind turbine generator model for educational use Learning emphasis: Electromagnetic induction and energy conversion concepts demonstrated through handson activity Assembly: Easy to assemble for rapid start to learning sessions Size and footprint: Compact educational model suitable for desktop demonstrations Materials: Constructed for durability in repeated educational use Performance: Provides a tangible, observable example of windpowered electricity generation using both natural and artificial wind sources