Agreed. I didn't use it at first because I thought it would be cheaper to just reduce emissions than undo emissions, at least up until this 80% goal that the site poses.
Without any carbon capture, you're still at 61% emissions reduction and the cost actually decreases by 0.8% from today rather than increasing by 0.6%. If you get to 61% with the only change being "build nuclear and make use of it" (no lifestyle changes, no cost changes, no landuse changes), that would be amazing.
Hence my main question is about the nuclear aspect. The argument against nuclear is usually that it's super scary and dangerous (easy enough to disprove that with numbers, so long as you're not talking to someone from germany) and the fallback argument is that it's so expensive now that PV+wind became so much cheaper. This calculator seems to show the opposite of that latter argument (when looking purely at price).
Surely there are studies of LCOE for both when trying to produce baseload capacity. Personally, I suspect nuclear construction costs are dominant, but that should also be addressible through improvements in technology and policy.
Without any carbon capture, you're still at 61% emissions reduction and the cost actually decreases by 0.8% from today rather than increasing by 0.6%. If you get to 61% with the only change being "build nuclear and make use of it" (no lifestyle changes, no cost changes, no landuse changes), that would be amazing.
Hence my main question is about the nuclear aspect. The argument against nuclear is usually that it's super scary and dangerous (easy enough to disprove that with numbers, so long as you're not talking to someone from germany) and the fallback argument is that it's so expensive now that PV+wind became so much cheaper. This calculator seems to show the opposite of that latter argument (when looking purely at price).