The Skoda Energy Producing Tiles Use Human Footsteps as its Source
Amanda Chang — October 10, 2010 — Eco
At the 2010 Paris Auto Show, Skoda's second generation line of GreenLine hybrids called the Octavia Green E made its debut along with the new Skoda Energy Producing tiles. These tiles are especially unique in the sense that they use human footsteps to produce energy.
The tiles feature a glass-like design, making the Skoda Energy Producing Tiles not just environmentally friendly, but also aesthetically pleasing. With capabilities of producing 6 to 8 watts of energy from a single person walking across a section of tiles, there is no telling how far this steptronic energy can go in the future.
Image Credit: PSFK
The tiles feature a glass-like design, making the Skoda Energy Producing Tiles not just environmentally friendly, but also aesthetically pleasing. With capabilities of producing 6 to 8 watts of energy from a single person walking across a section of tiles, there is no telling how far this steptronic energy can go in the future.
Image Credit: PSFK
Trend Themes
1. Kinetic Energy Generation - The Skoda Energy Producing Tiles showcase the trend of harnessing kinetic energy from human footsteps as a source of power.
2. Eco-friendly Design - The glass-like design of the tiles highlights the trend of creating environmentally friendly products without compromising aesthetics.
3. Alternative Energy Sources - The utilization of human footsteps to produce energy demonstrates the trend of exploring alternative sources of power for sustainability and self-sufficiency.
Industry Implications
1. Renewable Energy - The renewable energy industry can benefit from incorporating and further developing the technology behind kinetic floor tiles to harness energy from human movement.
2. Interior Design - The interior design industry can capitalize on the trend of eco-friendly design by incorporating aesthetically pleasing sustainable materials like the Skoda Energy Producing Tiles.
3. Smart Infrastructure - The smart infrastructure industry can integrate the concept of kinetic energy generation from foot traffic to power various applications, such as lighting or monitoring systems, for more sustainable and efficient urban environments.
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