Solar cells that can peel-and-stick to anything

The video tutorial explains the process of creating flexible solar panels. It begins with the use of a silicon dioxide wafer, followed by the deposition of thin film solar cells on a nickel layer. A protective polymer and thermal release tape are applied, making the solar cells ready to peel from the wafer. The resulting flexible solar panels can be adhered to various surfaces, such as cell phones and streetlights.

What is the initial material used in the creation of thin film solar cells?

• Silicon dioxide wafer

• Copper sheet

• Aluminum foil

• Glass plate

On which layer are thin film solar cells deposited?

• Aluminum layer

• Silicon layer

• Nickel layer

• Copper layer

What is used to cover the thin film solar cells for protection?

• Glass sheet

• Metallic foil

• Polymer thermal release tape

• Plastic wrap

What is the final step before the solar cell is ready to be used?

• Peeling from the wafer

• Embedding in plastic

• Attaching to a glass panel

• Coating with a metal layer

Which of the following is NOT a potential application for flexible solar panels?

• Television screens

• Streetlights

• Cell phones

• Building facades