Click on photos to
see enlarged images.
These photographs were taken at the
Swiss Federal
Institute of Technology, Institute of Chemical Physics
(in Lausanne, Switzerland) on Jan. 21, 1999 during a successful
session where students tested the educational nanocrystalline
solar cell procedure.
![Solar Cell Kit materials - Click for full-size photo](../images/SolarCellKit/SolarCellKitMaterialss.jpg) |
Solar Cell Kit Materials and
Additional Supplies. |
![Students assembling Solar Cell - Click for full-size photo](../images/SolarCellKit/StudentsInSolarCellLabs.jpg) |
Students working together to
assemble and test the nanocrystalline dye sensitized solar
cell. |
![Assembled solar cell - Click for full-size photo](../images/SolarCellKit/AssembledSolarCells.jpg) |
Assembled solar cell illuminated
by a halogen lamp. To prevent overheating of the solar
cell, use a large piece of conductive glass or other suitable
Infra-Red (heat) filter (not shown) between the lamp and
solar cell. |
![Coating glass with soot - Click for full-size photo adn details](../images/SolarCellKit/SootCoatings.jpg) |
The external output characteristics
using a graphite pencil layer as a catalyst may be linear,
and this may be undesirable. An alternative method is
to coat the glass with soot. Click on the photo for additional
details and enlarged photo. |
Photos of Finished Solar Cells
Learn more about the Nanocrystalline
Solar Cell Kit developed by Greg Smestad and marketed
by ICE.
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© 1998-2022, Sol Ideas Technology Development
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