Nanocrystalline Solar Cell Kit
Our most popular kit! Students build their own Nanocrystalline Solar Cell, which operates by a process like photosynthesis. The cell generates electricity from absorption of solar energy by natural dye from berries. The solar cell has enough electrical output to power a small motor (not included). The kit provides an interdisciplinary context for students learning basic principles in chemistry, biology, physics, as well as environmental science. The instruction manual includes comprehensive background information for the instructor, detailed laboratory instructions, and prepared materials for data collection and assessment.
Note: The Nanocrystalline Solar Cell Kit cannot be shipped to individual customers in Mexico due to the chemicals included in the kit. Mexican customers must ship the kit through an approved importer.
The Nanocrystalline Solar Cell Kit contains enough supplies to make 5 reusable solar cells; additional kit components or replacement parts can be purchased separately (links below). The following items are included in the Nanocrystalline Solar Cell Kit:
|• 76-page instruction manual||• 1000 ohm Potentiometer|
|• Woodless HB graphite pencil||• Copper tape, 12 cm|
|• Binder clips, set of 10||• Titanium dioxide powder, 20 g|
|• Dropper bottle, empty||• Electrolyte solution, 15 mL in a dropper bottle|
|•10 conductive (tin dioxide coated) glass slides in glassine envelopes|
Click the ICE structure for a list of all materials and supplies needed to complete the activities in the kit. Note: The Solar Cell Kit does not include everything needed to build and use the cells. The Supplies List notes which components are included in the kit, which are required but not included, and optional materials.
Replacement parts and additional components are available for the Nanocrystalline Solar Cell Kit.
- Copper tape
- Conductive glass slides, set of 10
- Titanium dioxide powder
- Electrolyte solution
Note: The Nanocrystalline Solar Cell Kit is intended for use by students properly supervised by a teacher. Teachers are expected to have extensive laboratory experience and a strong physical science background. Students must be properly supervised at all times and both teachers and students are expected to respect normal laboratory safety precautions.