Alternative Energy Curriculum

This alternative energy unit is 20 (four weeks) days long. It has been developed as a hands-on unit and is to be used with the alternative energy modules purchased by the consortiums. Each week has a theme.

Week 1

What is energy and how do you get it? Included is an introduction to different alternative energies.

Week 2

Focuses on wind energy

Week 3

Focuses on solar energy

Week 4

Focuses on hydrogen

Day 1

Outcomes
  1. To discuss different alternative energies available.
  2. To discuss the importance of energy independence.
  3. To determine which alternative energy sources are best for North Dakota.
  4. To begin exploring how energy comes from motion.
  5. Alternative Energy Overview
  6. Algae Video
  7. Termite Video
  8. Tidal Power Video
  9. Wave Power Video
  10. Static Electricity Activity-Student
  11. Static Electricity Activity-Teacher

Day 2

Outcomes
  1. To compare the two types of lighting - incandescent and compact fluorescent lightbulbs.
  2. To determine which one is more energy efficient.
  3. To determine which one is more cost effective.
  4. Watts Up-Student
  5. Watts Up-Teacher

Day 3

Outcomes
  1. To demonstrate concepts in kinetic and potential energy.
  2. To experience the basic physics and engineering concepts inherent in roller coasters.
  3. Types of Energy
  4. Roller Coaster-Student
  5. Roller Coaster-Teacher

Day 4

Outcomes
  1. To explain how electromagnets are made.
  2. To explain how electricity and magnetism are related.
  3. To demonstrate how an electric motor works.
  4. Build a Motor-Student
  5. Build a Motor-Teacher

Day 5

Outcomes
  1. To explain how electromagnetic waves can generate electricity.
  2. To explain how electricity and magnetism are related.
  3. To demonstrate, explain and measure the difference between AC & DC voltage.
  4. Shake Flashlight Background
  5. Static Electricity Activity-Student
  6. Static Electricity Activity-Teacher

Day 6

Outcomes
  1. To explore renewable versus nonrenewable sources of energy.
  2. To identify advantages of wind energy.
  3. To determine where energy comes from.
  4. Wind Webquest

Day 7

Outcomes
  1. To explore basic background information on wind energy.
  2. To determine the benefit of different windmill designs.
  3. To determine the advantages that North Dakota has for wind energy.
  4. Wind Background

Day 8

Outcomes
  1. To explore the windtrainer parts and setup.
  2. To predict the possible variable that can be tested with the kit.
  3. Windtrainer Setup-Student
  4. Windtrainer Setup-Teacher

Day 9

Outcomes
  1. To define voltage, current, resistance and power.
  2. To design a wind turbine that will produce the maximum amount of power while utilizing the average wind speed in North Dakota (15 mph).
  3. Windtrainer Testing Variables-Student
  4. Windtrainer Testing Variables-Teacher

Day 10

Day 11

Outcomes
  1. To explore the benefits of solar energy.
  2. To research different parts of America to identify the benefits of solar energy.
  3. To create a brochure highlighting the benefits of solar energy in an area of North America.
  4. Solar Energy Webquest

Day 12

Outcomes
  1. To explore what solar energy is.
  2. To discover how solar energy works.
  3. To identify different types of solar energy.
  4. To discover the benefits and drawbacks of solar energy.
  5. Solar Background

Day 13

Outcomes
  1. To construct series and parallel circuits.
  2. To explain the difference between a series and a parallel circuit.
  3. To draw the different circuits created.
  4. Parallel and Series Circuits-Student

Day 14-15

Outcomes
  1. To define voltage, current, resistance and power.
  2. To design a solar cell that will produce the maximum amount of power utilizing the sunlight at various times throughout the day.
  3. Solartrainer Kit

Day 16

Outcomes
  1. To explore how hydrogen can be used as a fuel.
  2. To discover how alternative fuels can reduce pollution.
  3. To explore key concepts of hydrogen.
  4. To discover that complex topics can be looked at from multiple perspectives.
  5. Hydrogen Webquest

Day 17

Outcomes
  1. To identify the different parts associated with the hydrogen fuel cell car.
  2. To define electrolysis.
  3. To discover the ratio of hydrogen produced to oxygen.
  4. Hydrogen Car Part A-Student
  5. Hydrogen Car Part B-Student

Day 18

  1. To define voltage, current and power.
  2. To discover how much voltage can be generated by the hydrogen car.
  3. Ohms Law Fuel Cell Car-Student

Day 19-20

Outcomes
  1. To identify electrolysis, gas storage and the fuel cell.
  2. To examine the ratio between gas volumes.
  3. To determine voltage, current and power generated by the windtrainer.
  4. Hydrogen Trainer-Student

Additional Activities

If you have any additional alternative energy activities, please submit them to carrie.leopold@ndscs.edu.

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