Modeling a Wave Energy Converter

Student holds up lime green foam circles attached to clear plastic tubes wrapped in red wire in the middle between two strips of masking tape. The green foam have a fishing bobber in the middle. A suction cup with fishing line can be seen on the table.
Lesson Phenomena: Converting the Power of Waves

Share Pacific Marine Energy Center image.
Students share their noticing and any wonderings about the image and answer questions as the class discussed how the power of waves could make electricity for a community.

Learning Goals:

  1. Students will be able to use scientific and engineering approaches to problem solving.
  2. Students will be able to describe how waves can be used for energy, and different devices that can be used depending on the ocean environment (nearshore or offshore).
  3. Students will be able to identify ways to change the devices design to be more economically feasible.
Materials List

Group Supplies

  • Clear plastic tubing (recommend 1″ diameter, 6″ long)
  • Fishing bobbers (example)
  • 36 AWG magnetic wire (example)
  • Red LEDs (example)
  • Command hook (example)
  • Fishing line
  • Sand paper
  • 20mm*3mm magnet (example)
  • Suction cup
  • Rubber band
  • Magnetic hook (example)
  • Plastic disks to hold wire on the tube
  • Foam/pool noodle/Styrofoam
  • Tank: minimum 16″x23″x14″
  • Paddle: flat rectangle used to make waves in the tank
  • Tape

Important Links

Time: Three to Four 40 minute periods

This Lesson appears as a part of the following:
Water Power Implementation Toolkit

Students use engineering design approach to problem-solving how waves can be used for energy, and the different devices that can be used in the ocean.

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