This compact micro hydrogenerator converts the potential energy of flowing water into electrical energy with improved conversion efficiency and reduced wear. It is designed to integrate with a wide range of waterpowered or wateradjacent electrical and electronic devices. Key benefits Higher power generation efficiency: Increased vorticity impellers boost water turbulence and torque on the rotor, improving electrical output for a given flow. Reduced mechanical wear: Added bearings stabilize moving parts and lower friction, extending service life and maintaining performance over time. Works with low water pressure: Watercourseoptimized design minimizes loss and performs effectively even at lower flow rates. Compact and adaptable: Small form factor facilitates installation in confined spaces and diverse systems. Features and attributes Function: Converts water potential energy into electrical energy via a small turbine and generator assembly. Performance: efficiency design with low loss flow path to maximize energy conversion rates. Mechanical design: Increased vorticity impellers for stronger rotational drive and bearings to reduce wear and noise. Compatibility: Suitable for most intelligent faucets, induction faucets, shower room lighting and sound systems, water heater, solar energy and other electrical and electronic products. Size and installation: Small generator unit intended for inline or local installation where space is limited. Practical use scenarios Smart faucet power supply: Harvest flow energy from an intelligent faucet to power sensors, control electronics, or status indicators without altering existing plumbing significantly. Shower room lighting and audio: Generate supplemental power from shower flow to drive LED lighting or lowpower audio modules, reducing the need for separate wiring. Water heater or solar hybrid systems: Capture flow energy in recirculation lines or secondary loops to provide auxiliary power for control circuits or monitoring devices. Why choose this unit Targets common challenges in waterdriven power harvesting by combining hydrodynamic impeller design with robust bearing support to improve output and longevity. Designed for broad compatibility with many intelligent and electronic waterrelated devices, enabling retrofits and installations where a small, efficient generator is needed. Note: Intended as a mechanicalelectrical conversion module for integration into compatible systems. Installation should follow device and plumbing requirements.