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Danish Wind and Ions
Provided by: MIT OpenCourseWare |Published on: October 25, 2023
Videos
1112AP
Synopsis
- This video lecture discusses the challenges of expanding renewable energy, the evolution of ion shuttling and storage over the past 150 years, and how gasoline compares to other energy sources when it comes to electrochemical storage, looking at data on wind towers in Denmark and solar energy in Arizona.
- Students will learn that wind and solar energy can be somewhat unpredictable, newer battery materials have lead to faster ion shuttling, and gasoline has more energy per volume than ethanol, wood, and batteries.
Subjects: Physics, Engineering
Authors: Professor Jeffrey Grossman
Region: Europe, North America, USA - West, United States, Global, Arizona
Languages: English
Teaching Materials
Positives
- Under the video, you will find its downloadable transcript, which is easy for students to annotate and highlight as they watch the video.
- Students can download the video as an MP4 file, which is helpful if you are assigning this video to students with limited internet access.
Additional Prerequisites
- Students should already know how fossil fuel emissions negatively impact the environment and should be familiar with alternative energy sources.
- It may benefit students to understand the environmental damage that (sometimes) comes with hydroelectric energy.
- Students should be familiar with related concepts that provide necessary background information, such as the composition of a battery, the shuffling of ions and electrons, and the idea of getting energy from "rolling things down hills."
Differentiation
- Students can use this video for an informative essay on the challenges of expanding renewable energy and some of the solutions for those challenges.
- Teachers can use this video as a conceptual introduction to energy return on investment (EROI).
- This video can support a lesson on innovations in renewable energy during the 20th and 21st centuries.
- This video can enhance a classroom discussion on the societal and economic alterations that could lessen demand for energy production.
Scientist Notes
Teaching Tips
Standards
Resource Type and Format
About the Partner Provider
MIT OpenCourseWare
MIT OpenCourseWare is a free and open collection of material from thousands of MIT courses, covering the entire MIT curriculum. Since 2001, MIT OpenCourseWare has been creating new opportunities for millions of learners and educators, sharing Open Educational Resources (OER) from MIT and helping to lead a global revolution in free access to knowledge.
All resources can be used for your educational purposes with proper attribution to the content provider.
