A new video tutorial produced in collaboration with the University of Ljubljana is now available, providing clear, step-by-step instructions for building a small rotating generator using basic materials and tools.
This project is designed for anyone interested in renewable energy, hands-on learning, or exploring the fundamentals of electromagnetic induction in a practical context.
Overview
The rotating generator operates on simple principles: as the rotor spins, magnets pass by copper coils, inducing a current. While the concept is foundational, the build process highlights key considerations in mechanical alignment, coil winding, and magnet placement—making it a valuable learning experience for beginners and advanced DIYers alike.
What the Video Covers
The basic working principle of a rotating generator
Materials and tools required for the build
Assembly process: rotor, stator, coils, and housing
Tips on achieving efficient output and consistent performance
A brief demonstration of the finished system in action
Resources
All files related to this project, including diagrams, materials list, and step-by-step instructions, are freely available on GitHub.
Watch the video: https://www.youtube.com/watch?v=u3OcPyE8yMY
Download project files: https://github.com/H-HOPE/
Applications
This project is ideal for:
STEM education and classroom demonstrations
Entry-level renewable energy experiments
Makerspaces and engineering clubs
Personal interest projects exploring energy systems
If you’re looking to understand the core mechanics of small-scale electricity generation—or want to introduce others to it in a structured, accessible way—this tutorial offers a solid starting point.
For updates on future builds and technical content, follow our channel or visit the GitHub repository.
#DIYGenerator #ElectromagneticInduction #STEMEducation #SustainableTech #HandsOnLearning #UniversityOfLjubljana #OpenHardware
