Not without very large capacity gas/etc. plants available on standby (unless you’re fine with will below 99% availability)
Not without very large capacity gas/etc. plants available on standby (unless you’re fine with will below 99% availability)
Even if they have to run 10% of the time, we've still taken an enormous cut out of greenhouse gases. We would turn our attention to many other sources of greenhouse gas (agriculture, concrete, transportation, etc.)
Batteries have huge potential, simply due to the fact that they're so broadly defined - must store energy, output it as electricity on demand, and be cheap. There's a high chance that we find some way to make grid-scale batteries extremely cheaply, in the future.
In the mean time, getting to 90% will basically stop climate change in its tracks, giving us time to research dirt-cheap batteries.
(And yeah, batteries will probably never be enough for any place out of the tropics.)
And even > 90% would be very expensive to achieve in winter in much of Europe (of course there are alternatives to solar so it’s not such a huge issue)
Of course, it frequently happens involuntarily, and just saying "get used to it" is pessimistic, as you say.
Both reflect the same thing: it's politically untenable to voluntarily accept poor reliability of electricity supply.
If we had one hour per day without power that would be about 95% availability. Most of us wouldn't even notice that if it happened in the middle of the night.
If we had 100% availability with an 18-day stretch without power that would be about 95% availability, but it would be hugely disruptive.
Suffice to say, less then 99% available is pretty terrible. You should come down and talk to a South African.
Expensive for now. I'd expect that to be a cheap battery bank in <10 years.
I live off-grid, with solar and LifePo4, but I'm not naive enough to think that would scale to an economy any time soon. And for the record, no below 99% availability should be seen as unacceptable.