ENERGY STORAGE

Curriculum connections:

Grade 7-12 Science

Grade 9-11 Social Science

Career and Technology Studies

Environment and Outdoor Education

These materials were created in development with People for Energy and Environmental Literacy

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Learning Outcomes

Learning Outcomes

By the end of this unit, students should be able to:

  • Understand energy storage applications with renewable energy including residential, distribution, and utility scale projects;
  • Investigate types of energy storage applications used in microgeneration renewable energy;
  • Analyze the advantages and disadvantages of energy storage applications in reducing GHG emissions.

Learner Competencies

This lesson focuses on the following learner competencies:

  • Critical Thinking
  • Problem Solving
  • Managing Information
  • Creativity and Innovation
  • Collaboration

Energy Storage Backgrounders

Below are the energy storage resources broken down by category. All of the resources are best suited for grades 7 -12. If you have any questions feel free to contact Nick Kendrick, Engagement Manager at nick@greenlearning.ca.

Energy Storage 101

Students will learn the basics about what energy storage is and why it is important to our everyday lives.

Link to Backgrounder

Chemical Energy Storage

Students will explore the different types of chemical energy storage and investigate real life examples.

Link to Backgrounder

Mechanical Energy Storage

Students will explore the different types of mechanical energy storage and the role it plays in everyday lives.

Link to Backgrounder

Electrical Energy Storage

Students will learn about electrical energy storage. This includes capacitors/supercapacitors and superconducting magnetic energy storage (SMES) technology.

Link to Backgrounder

Thermal Energy Storage

Students will investigate what thermal energy storage is, and the importance in providing energy to communities.

Link to Backgrounder

Learning Activities

Heat Transfer Lab

Students will investigate and explain the thermal energy storage value of materials.

Link to Activity

Pumped Hydro Storage Activity

Students will learn about the importance of a pumped hydro facility and design and build a model. .

Link to Activity

Electrostatic Effect

Students will investigate the electrostatic effect and it’s connection to Coulomb’s law.

Link to Activity

Endothermic and Exothermic Reactions

Students will test their knowledge on endothermic and exothermic reactions.

Link to Activity

Energy Storage Match

Students will match the technology to the correct type of energy storage.

Link to Activity

Construction Plans

Build a Penny Battery Construction Plan

Students will enhance their STEM skills by designing and building a penny battery.

Link to Activity

Build a FlyWheel Model Construction Plan

Students will heighten their understanding of what a flywheel is by designing and building a flywheel model.

Link to Activity

Take Action Activities

Exploring How to Make a Battery

Students will explore battery types for energy storage.

Link to Activity

Exploring Energy Storage in Your Community (Inquiry Based)

Students will explore a type of energy storage of their choosing and relate it to their community.

Link to Activity

Teacher Resources

Teacher Guide

All the tips and tricks to help you implement these resources in your classroom.

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Glossary

All the common terms used in the resources in one spot.

Download Glossary

When Teachers Were Asked ‘Tell Us How You Plan to Use the New Energy Storage Resources in Your Classroom’ This is How They Responded:

  • “To give students hands on learning to develop and understand electricity and other ways to store and use power. This understanding and conservation can hopefully be applied to everyday life.”

    Grade 7 teacher, Calgary, Alberta

  • “I believe that energy storage is the key to future adoption of electricity for transportation. This may be a culminating activity for this unit.”

    Grade 7 Geography Teacher, Hamilton, Ontario

  • “Use the resources as part of the energy unit for junior science courses in grades 8-10. May also be able to adapt for use with grades 11 and 12 Physics courses.”

    Grade 8-12 science teacher, Whitehorse, YT

  • "My students can learn about electricity and energy efficient vehicles and energy storage through this program. It is directly related to their Electric Principles unit within the Science 9 curriculum."

    Grade 9 Science Teacher, Calgary, Alberta