(Even quebec, which is very used to extreme winters, lost electricity for nearly a month back in 1998. On the other hand, I can't think of anything similar to this train wreck situation europe managed to get itself into, not since the 70s at least. So it is a pretty unique fuck up due to very bad policy, and one that's been happening in slow motion)
It'd be great if you didn't lower yourself to name calling as well. (Note: I don't much like the comment you're responding to, but let's be civil here)
The real problem with this situation is we are at a point at which deploying fixes to these problems take so long that even discussing it feels useless.
Also, because this is about peak demand, increasing base load generation is of limited help. There is a shortage of power plants that are cheap enough to keep idle most of the time but can be adjusted quickly. That means hydro and natural gas. Even coal is too expensive. Storage may be the long-term solution, but we are not there yet.
Of course, but in a system trying to avoid fossil fuel use, it smooths out the rough edges in significant ways: during non-peak times, by preventing blackouts or brownouts when there are medium to long term wind & solar outages (which no realistic storage can cover yet in places without pumped hydro), and during peak times by reducing the amount of additional energy required.
The real irony of your comment however is that you are actually looking to Texas now. The EU is now relying in large part on the US for LNG and much of the LNG is being shipped from the Gulf Coast in Texas. The majority of the US excess natural gas supply is now being shipped to Europe. As of April that was 74%. [3]. I'm guessing it's even more now.
[1] https://www.texastribune.org/2021/03/18/texas-winter-storm-b...
[2] https://www.texastribune.org/2022/02/15/texas-power-grid-win...
And the share of renewables in Texas was negligible when the frid broke down, that was due to failing gas power plants because of low temperatures.