INTRODUCTION | Harnessing Kinetic Energy from the Ground for Sustainable Energy Production
Every step applies a mechanical force to the ground. Kinetic floor tiles are designed to convert this force into electrical energy.
The energy generated can be stored in batteries or capacitors or directly used to power nearby systems, such as lighting, displays, or low-power appliances. This approach leverages human activity as a renewable and decentralized energy source, particularly suited for high-footfall environments. such as transport hubs, fitness facilities, and educational institutions.
This project simulates the concept using a pressure sensor and an 8×8 LED matrix. Pressure applied to the sensor represents kinetic energy, and the LED matrix visualizes the amount of energy harnessed.
APPLICATIONS
The floor tiles are designed to be installed in high-traffic areas to maximize energy harnessing. Locations such as train stations, nightclubs, playgrounds, and even roads could utilize these tiles, with roads capturing kinetic energy from vehicles to power city-scale infrastructure.
ARDUINO SIMULATION
Instead of generating actual electricity, a pressure sensor is used to measure the amount of force applied (analog values). These values trigger a visual display on an 8×8 LED matrix, which represents the “energy” collected. The more pressure applied, the more LEDs light up, creating a dynamic and engaging visualization.
BILL OF MATERIALS
SCHEMATIC
PROTOTYPING
RENDERS
