A Footstep Power Generation System is an innovative renewable energy project that generates electricity from the pressure of human footsteps. The system uses piezoelectric sensors or a mechanical setup with gears and a dynamo to convert the kinetic energy of walking into electrical energy.

This technology can be installed in crowded public places like railway stations, bus stands, shopping malls, or stadiums, where continuous human movement can be converted into a useful power source for charging batteries, powering LED lights, or other low-energy applications.

Parts Used:

1. Piezoelectric Sensors / Dynamo Setup – converts mechanical pressure into electricity
2. Spring-Loaded Platform – captures footstep pressure and transfers force to the generator
3. Gears & Flywheel – increase rotation for efficient power generation (mechanical model)
4. Rectifier Circuit – converts AC output to DC for charging
5. Battery Storage – stores generated energy for later use
6. LED Indicators / Load – to demonstrate generated power
7. Frame & Base Plate – supports the structure
8. Wiring & Switches – for connections and control