These Flexible Solar Cells Don't Need Any Motors to Rotate with the Sun
Cadhla Gray — September 15, 2015 — Eco
References: futurity.org & engadget
These flexible solar cells are based on kirigami -- an ancient Japanese style of folding and cutting art much like origami. These kirigami solar cells allow the panels to turn to follow the sun, capturing 40% more energy than when stationary and without any heavy or expensive motors needed.
The twisted, accordion style of the folds means that when the entire panel is stretched, the long thin cells un-flatten and rotate to the side. With this natural rotating method, the eco-friendly technology becomes eliminates the need for energy that is wasted on motors.
These lightweight, flexible solar cells are also much thinner than usual, making them even less expensive -- perfect for home installations. With the ever increasing desire to turn to solar energy, these economic panels will hopefully make that a more accessible reality for homeowners.
The twisted, accordion style of the folds means that when the entire panel is stretched, the long thin cells un-flatten and rotate to the side. With this natural rotating method, the eco-friendly technology becomes eliminates the need for energy that is wasted on motors.
These lightweight, flexible solar cells are also much thinner than usual, making them even less expensive -- perfect for home installations. With the ever increasing desire to turn to solar energy, these economic panels will hopefully make that a more accessible reality for homeowners.
Trend Themes
1. Kirigami-like Solar Cells - Flexible solar cells inspired by the art of kirigami that rotate to follow the sun without motors.
2. Increased Energy Capture - Kirigami solar cells that capture 40% more energy by tracking the sun's movement.
3. Thin and Lightweight Panels - Flexible and economical solar panels that are thinner than traditional designs.
Industry Implications
1. Renewable Energy - The renewable energy industry can benefit from the development of kirigami solar cells to improve energy capture and reduce costs.
2. Home Improvement - The home improvement industry can utilize thin and flexible solar panels to make solar energy a feasible option for homeowners.
3. Art and Design - The art and design industry can explore the application of kirigami principles in other technologies to enhance functionality and efficiency.
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