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Re:Researchers identify largest ever solar storm in 14,300-y... by ForHackernews on Thursday October 19, 2023 @02:47PM (#37946909)
In the UK, the National Grid Operator maintains "black start" plans[0] for rebooting the entire national electrical grid from a zero power situation, and they pay individual plants to conduct annual drills. However, for obvious reasons, these plans have never been tried in anything close to real-world conditions, and it's something of an open question whether it would work.

[0] https://www.theblackoutreport.co.uk/2023/06/13/black-start/

Re:Researchers identify largest ever solar storm in 14,300-y... by piuantiderp on Thursday October 19, 2023 @03:11PM (#37947279)
It's not just rebooting. There will be damage even in stored brand-new equipment
Re:Researchers identify largest ever solar storm in 14,300-y... by rini17 on Thursday October 19, 2023 @04:38PM (#37948404)
How it gets damaged? For comparison lightning is stronger than solar flares but only rarely damages stored unconnected equipment.
Re:Researchers identify largest ever solar storm in 14,300-y... by deepmauka on Thursday October 19, 2023 @07:35PM (#37950244)
The earth and everything in and on it is part of an electrical system, as solar emissions wash across the landscape they’ll stimulate the flow of electrons in everything especially metal and circuit based items. Since circuits in many items are delicate things, designed for very specific currents, it will be a near guarantee that electrical components will be damaged.
Re:Researchers identify largest ever solar storm in 14,300-y... by throwaway837367 on Thursday October 19, 2023 @09:11PM (#37951034)
This is incorrect. A solar flare is not like an EMP. It's low frequency so only wires that are miles long would be energized. It could possibly destroy electronics that aren't protected by a power strip. But no, it's not going to destroy your cellphone or the electronics in your car.
Re:Researchers identify largest ever solar storm in 14,300-y... by deepmauka on Friday October 20, 2023 @02:16AM (#37952872)
Thank you for explaining the distinction, I had assumed the result was more similar to emp.