Uploaded November 2019 | Updated September 2026, 2 weeks ago
Exploring the protective systems that keep the power grid from self destructing.
We usually think of the power grid in terms of its visible parts: power plants, high-voltage lines, and substations. But, much of the complexity of power grid comes in how we protect it when things go wrong. When your power goes out, it’s easy to be frustrated at the inconvenience, but consider also being thankful that it probably means things are working as designed to protect the grid as a whole and ensure a speedy and cost-effective repair to the fault.
Watch this video and the entire Practical Engineering catalog ad-free on Nebula: go.nebula.tv/practical-engineering
-Patreon: patreon.com/PracticalEngineering
-Website: http://practical.engineering
Writing/Editing/Production: Grady Hillhouse
Director: Wesley Crump
Tonic and Energy by Elexive is licensed under a Creative Commons Attribution License
Source: youtube.com/watch?v=U6fBPdu8w9U
This video is sponsored by Hello Fresh.
Exploring the protective systems that keep the power grid from self destructing.
We usually think of the power grid in terms of its visible parts: power plants, high-voltage lines, and substations. But, much of the complexity of power grid comes in how we protect it when things go wrong. When your power goes out, it’s easy to be frustrated at the inconvenience, but consider also being thankful that it probably means things are working as designed to protect the grid as a whole and ensure a speedy and cost-effective repair to the fault.
Watch this video and the entire Practical Engineering catalog ad-free on Nebula: go.nebula.tv/practical-engineering
-Patreon: patreon.com/PracticalEngineering
-Website: http://practical.engineering
Writing/Editing/Production: Grady Hillhouse
Director: Wesley Crump
Tonic and Energy by Elexive is licensed under a Creative Commons Attribution License
Source: youtube.com/watch?v=U6fBPdu8w9U
This video is sponsored by Hello Fresh.
