DIY ThreePhase Permanent Magnet Generator 10 Wind Generator Kit for Vertical Axis Wind Turbine Model This kit provides a threephase permanent magnet generator designed for DIY vertical axis wind turbine and solar powered windmill models. It is built to support handson learning, smallscale prototyping, and hobby projects that demonstrate AC generation and basic energy capture principles. Key benefits Clear learning tool for electromagnetic induction and threephase systems: demonstrates how rotating magnetic fields produce threephase AC and how that AC can be monitored, rectified, or used to drive loads. Designed for modelscale power generation: intended for vertical axis wind turbine models and small solar hybrid windmill demonstrations, helping convert mechanical rotation into electrical output for experiments and prototypes. Compact and applicationoriented design: the permanent magnet rotor and precisionwound stator coils provide stable threephase output at model rotational speeds, suitable for classroom and hobbyist use. Easy integration and testing: compatible with typical model wind turbine blades, small rectifiers, load meters, and educational electronics, making it straightforward to assemble into a working demonstration system. Function and compatibility Function: Converts mechanical rotation into threephase alternating current using a permanent magnet rotor and a multicoil stator arrangement. Compatibility: Designed for vertical axis wind turbine model builds and DIY solar powered windmill models. Works with common smallscale components such as model turbine blades, rectifier circuits, small batteries or capacitors for storage experiments, and measurement instruments for voltage and frequency. Typical connections: threephase outputs suitable for connection to test equipment, rectifier modules, or motor loads used in educational setups. Material and build Core components: permanent magnet rotor and multiple stator windings arranged to provide threephase output. Materials are selected for modelscale electromagnetic demonstration and practical use in DIY assemblies. Construction: built to be mounted within vertical axis turbine models and to work reliably at model rotational speeds for classroom demonstrations and hobby projects. Performance and practical notes Delivers threephase AC appropriate for model and educational applications when the rotor is driven by wind, manual rotation, or a small motor. Stable output characteristics suitable for demonstrating phase relationships, frequency changes with rotational speed, and basic rectification or storage experiments. Intended for experimental and teaching use; performance will vary with rotor speed, blade design, and load conditions. Use scenarios Classroom demonstration: Show students how threephase AC is generated, measure phase voltages and frequencies, and demonstrate rectification and smoothing into DC. Hobbyist turbine project: Build a vertical axis wind turbine model, mount the generator, connect a small rectifier and storage capacitor or battery, and test output under different blade designs and wind conditions. Solar and wind hybrid model: Integrate the generator into a combined solar powered windmill model to compare energy inputs, demonstrate hybrid energy capture, and experiment with power management circuits. What this product is for Educational demonstrations of threephase generation and basic power electronics DIY and prototype vertical axis wind turbine models and small wind energy experiments Handson STEM projects that combine mechanical design, electrical measurement, and circuit integration If you need a practical, modelscale threephase generator for teaching, prototyping, or hobby windmill builds, this DIY ThreePhase Permanent Magnet Generator 10 Wind Generator Kit is designed to support straightforward integration into vertical axis and solar hybrid models for clear, repeatable demonstrations and experiments.