This Innovation Turns Solar Cell Technology Completely Transparent
Cadhla Gray — July 21, 2015 — Eco
References: extremetech & themindunleashed.org
Windows don’t typically do a whole lot more than let natural light in and a person’s gaze out, but what if solar cell technology had the potential to double as an invisible energy source? Material engineers at Michigan State University have developed a transparent solar cell that could transform every window into a source of power.
At first the technology altered the color and transparency of glass, giving off a kaleidoscope effect that was not very natural. However, this process led engineers to discover that they could make the active layer of the system transparent or essentially invisible. How? The solar cell absorbs and transmits light in the ultraviolet and infrared spectrum of wavelengths that the human eye cannot see.
This technology is not limited to windows, but has the ability to replace any glass surface -- smartphone screens, e-readers and laptops could become invisible energy sources that are able to charge themselves. Installed in a home, you could even be able to say goodbye to dreaded electricity bills.
At first the technology altered the color and transparency of glass, giving off a kaleidoscope effect that was not very natural. However, this process led engineers to discover that they could make the active layer of the system transparent or essentially invisible. How? The solar cell absorbs and transmits light in the ultraviolet and infrared spectrum of wavelengths that the human eye cannot see.
This technology is not limited to windows, but has the ability to replace any glass surface -- smartphone screens, e-readers and laptops could become invisible energy sources that are able to charge themselves. Installed in a home, you could even be able to say goodbye to dreaded electricity bills.
Trend Themes
1. Transparent Solar Cell Technology - Disruptive innovation opportunity: Development of transparent solar cell technology can transform any glass surface, such as windows, smartphone screens, and laptops, into invisible energy sources.
2. Invisible Energy Sources - Disruptive innovation opportunity: The ability to replace traditional energy sources with invisible energy sources can eliminate electricity bills and enhance energy sustainability.
3. Integration of Solar Cell Technology - Disruptive innovation opportunity: Integration of solar cell technology into various industries, such as construction, electronics, and renewable energy, can revolutionize the way we utilize and generate power.
Industry Implications
1. Construction - Disruptive innovation opportunity: Incorporating transparent solar cell technology into building materials can enable energy-generating windows and transform the construction industry.
2. Electronics - Disruptive innovation opportunity: Introducing invisible energy sources in smartphones, e-readers, and laptops can revolutionize the electronics industry with self-charging devices and increased sustainability.
3. Renewable Energy - Disruptive innovation opportunity: The integration of transparent solar cell technology can expand renewable energy applications and enhance the efficiency and accessibility of clean power sources.
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