Choose one of the Bell Ringers provided to display for students to answer.
Science of the Electric Grid
Summary
This comprehensive electric grid lesson plan introduces middle and high school students to how electricity is generated, transmitted, distributed, and managed in modern society. Students explore the three core segments of the grid: generation, transmission, and distribution, and analyze how electricity must be balanced in real time because it cannot easily be stored at scale.
The lesson includes structured reading materials at both middle and high school levels, a vocabulary and quiz section, real-world data analysis, a microgrid computation challenge, and an in-depth case study focused on Puerto Rico’s microgrid development following Hurricane Maria. Students compare grid-connected and off-grid systems, evaluate reliability and resilience, and apply scientific principles such as electromagnetic induction, energy conversion, and Ohm’s Law.
Teachers can use this as a full multi-day unit or select individual activities to supplement instruction on electricity, energy infrastructure, renewable integration, or engineering systems. The lesson supports critical thinking, quantitative reasoning, and real-world application.
Explore the Teacher Guide for facilitation strategies, the Student Guide for printable materials, and related lessons such as Science of Energy Efficiency and Science of Wind to deepen student understanding of energy systems.
Activities
Video
Play this short video on the electric grid to spark curiosity and encourage thoughtful discussion.
Vocabulary + Quiz
Have students review the vocabulary terms, watch the video, and answer the questions in the quiz.
Reading
Have students read the info sheet on the Science of the Electric Grid and answer the comprehension questions.
Extended Reading
Have students read the extended info sheet on the Science of the Electric Grid and answer the comprehension questions.
Computation
Calculate power output and energy production for a rural solar microgrid system.
Data Set
Analyze real electricity generation patterns across multiple energy sources, examining variability, dispatchable resources, and grid balancing.
Hands On - Teacher Guide
Download this teacher guide to walk students through the microgrids case study.
Hands On - Student Guide
Use this handout with students to evaluate battery storage capacity, compare microgrid scale to traditional power plants, and assess tradeoffs in resilience and infrastructure design.
Teacher Guide
Download this teacher guide that serves as a walkthrough with answers for the Science of the Electric Grid lesson.
Answer Key
This short document provides answers to key activities in the Science of the Electric Grid lesson.
Downloadables