Description

**Title:**

Pedestrian Energy Harvesting Device for Electricity Generation

**Short Description:**

A mechanical-electronic device that converts the kinetic energy of pedestrians walking over it into electricity. The generated power can be used for street lighting, phone charging stations, or smart city systems, offering a sustainable energy solution for densely populated urban areas.

**Full Description:**

This invention introduces an innovative pedestrian energy harvesting system that captures kinetic energy from foot traffic and converts it into usable electrical energy through integrated mechanical and electronic components. Designed for installation in sidewalks, public squares, and transit hubs, the device supports urban sustainability by powering streetlights, mobile device charging stations, and other smart infrastructure elements. Its scalable design and eco-friendly operation make it an ideal solution for cities aiming to reduce carbon footprints and promote renewable energy utilization in high-traffic areas.

**Category:**

Renewable Energy / Smart City Technology / Sustainable Urban Solutions

**Tags:**

energy harvesting, pedestrian power, renewable energy, smart city, sustainable infrastructure, kinetic energy conversion

**Price:**

$5,200 – includes technical schematics, mechanical-electrical integration plan, installation guidelines, and provisional patent