Kinetic Energy Generating Pavegen Floor Tiles

Every time someone steps on the tile they generate seven watts of power.

Kinetic energy generating pavegen floor tiles.

Pavegen tiles harvest kinetic energy from pedestrian traffic. For the 2013 paris marathon pavegen laid down a 25 meter strip of the last generation of tiles and they ended up generating 4 7 kilowatt hours of energy enough to keep an led bulb burning for. Basically if you walk on one your step can help light soccer fields in brazil and nigeria a hallway in heathrow airport or offices and shopping centers in london all locations where these tiles have been installed. The latest movie in our ongoing dezeen x mini living series features london based startup company pavegen which has developed a smart flooring system that produces kinetic energy when stepped on.

The concept harnesses the kinetic energy from footsteps. My idea was a floor tile that would convert the kinetic energy from a footstep into electricity he says. The pavegen tiles generated 20 kilowatt hours or 72. The 2 1 watts of electricity per hour the tiles can generate and providing self sufficient lighting for pedestrian crossings.

What we do. Recent pavegen installations include smart city developments retail destinations sports stadia and education institutions in hong kong india korea thailand. The pressure or kinetic energy will be collected by the piezoelectric compounds of the floor. When humans start to walk on this floor the pressure developed on the floor.

Using a hybrid technology that converts kinetic energy into electricity the lights were powered by a uniquely original source. Later the energy floor converts the kinetic energy into electrical. Pavegen s new flooring system translates pressure from foot traffic into kinetic energy which can then be used to power lights and other devices. The tech tracks data for smart cities and.

The energy floor or footpath is constructed using this piezoelectric compounds to capture the electrons. Born in the uk pavegen has developed an energy recovery system powered through footsteps.