It's also like to see a comparison to giving people/companies a discount if they have alternative methods of heating for 3 weeks and agree to be powered off. Places like hospitals and universities often have generators and do this. Sand "batteries" (aka electric resistive heaters in a few tons of sand heated to 1000°C) might be cost-effective if standardized. You keep it insulated and hot until the power goes out, then you let it bleed heat out to keep you from dying.

You’re ok if governments give up and simply tell consumers “you deal with it”?

Places like hospitals have back up in case the mains goes out. It’s no longer a back up if used as the primary supply.

They get cheaper electric rates by agreeing to be the first loads shed if the grid is overloaded. This is a standard thing. If their generators didn't start, they wouldn't be cut off, but it'd be a big deal.

> You’re ok if governments give up and simply tell consumers “you deal with it”?

Paying people to be prepared and willing to go without electricity in times of extreme supply-demand balance is a part of the solution. It's a regular thing for data centers, hospitals, etc. It may be cheaper to pay people to install sand batteries than to install longer-distance interconnects, and if people voluntarily agree, why would you object?

Context is solar and pricing. You can't only build solar, because people will freeze to death. So you can't say "solar+batteries is only $X/W!!!” because you're ignoring that you must also have a rarely-used natural gas, or install a rarely-used long-distance transmission line, or install rarely-used storage capacity. Which is fine, but you're being dishonest about costs if you don't.