Mini Hydro and Wind Turbine Generator Dual Use for DIY Science Education and Teaching Projects

Mini Hydro and Wind Turbine Generator Dual Use for DIY Science Education and Teaching Projects Description

Small turbine generator motor for wind and hydroelectric demonstrations. Compact, lightweight, and ready to install, this unit is designed for handson power experiments and educational projects. Key benefits Dual use as a wind generator or a small hydroelectric generator, offering flexibility for classroom and hobby projects. Simple installation with accessible output terminals for quick plug and play setup. Compact plastic construction makes it safe and easy to handle for students and hobbyists. Supports practical learning and improves handson skills through real power generation experiments. Features Material: Plastic Motor size: approx. 16.5 x 16 x 16 mm (0.65 x 0.63 inches) Fan diameter: 26 mm (1.02 inches) Output voltage: 0.05 0.5 V DC Output current: 0.01 0.2 mA Rated rotation speed: 3 r/s Quantity: 1 pc How it solves common needs Replaces complex setups with a single, easytoinstall unit for demonstrating mechanical to electrical energy conversion. Works for both wind and water driven models, so a single motor can be reused across multiple experiments. Small output range and low current make it suitable for safe, lowvoltage classroom demonstrations and measurement exercises. Practical applications Classroom demonstration: Use the motor to show how wind or flowing water can generate a small DC voltage and current, while students measure output with basic meters. STEM projects and model building: Integrate into model wind turbines or small waterwheel setups for handson experiments in energy conversion. Hobby electronics and prototyping: Ideal for lowpower demonstrations, sensor testing, and educational kits where compact size and easy connections are required. Package contents Wind generator motor x 1 (complete small turbine generator and hydroelectric generator motor set) Notes Designed for demonstration and educational use. Observe the specified output ranges when planning experiments or connecting measurement equipment.