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Solar Cells (Innovation) Professor HoSung Lee 12/7/2017 1

Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

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Page 1: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

Solar Cells(Innovation)

Professor HoSung Lee

12/7/2017

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Page 2: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

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Page 3: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

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Page 4: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

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Page 5: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

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Page 6: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

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Page 7: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

Solar Electric Car (Sion) by Sono Motors

Solar module area 7.5 m2 , efficiency 24%7

Page 8: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

Scientists at Harbard have created a system that uses bacteria to convert solar energy into hydrogen and oxygen (2015).

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Page 9: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

Researchers at the VTT Technical Research Centre of Finland created a solar powered electric forest with 3D printed trees. That's quite a bit of buzzworthy tech in one project. The trunk of the trees are made from 3D printed wood biomaterials, and the leaves are the solar "panels." They are much less efficient than traditional PV panels, but the research they're doing for solar cells is promising as well.

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Page 10: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

Image: University of Oxford Scientists have found a way to make solar panels a little more aesthetically pleasing. They layered silicon dioxide, often used to make glass optical fibers, and titanium dioxide, used to absorb UV rays, to make a photonic crystal structure that can absorb sunlight. Colors appear when light is reflected and absorbed, and the colors change depending on the thickness of the materials.

Colored Solar Panels

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Page 11: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

Shingle Roof Tiles

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Page 12: Solar Cells (Innovation) - Homepages at WMUhomepages.wmich.edu/~leehs/ME539/Solar Cells innovation.pdf · top cell lngap 1.86 ev middle cell lngaas 1.4 ev bottom cell geo.65ev 2500

The End

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