Alright, I can’t seem to find useful numbers anywhere. We went from 50% coal to nil in just a few years, though, so big changes fast are possible. If you’re in Ontario, you also have to consider your local renewables penetration was really high to start with, because of those waterfalls.
And yeah, like I said to the other person, exact growth pattern matters. It’s probably exponential-ish right now, not linear, because it’s just unambiguously cheaper to move to renewables, and so just getting ducks in order to do it is the bottleneck.
I respect you for doing your own research. People need to understand the scope of the problem if there’s going to be meaningful action.
The reason I’m passionate about nuclear in particular is that only about a quarter of all fossil fuel consumption is from electricity generation.
Most of the rest is burned in transportation, buildings, commercial and residential applications. We have the tech already to switch most of these things to electricity, and eliminate their direct emissions, but that’s not much of a win if we’re burning fossil fuels generate that electricity. Which is what happens today when electricity demand is increased, we can’t just turn up the output of a solar/wind farm in periods of high demand, but we can burn more natural gas.
Switching to electric everything (Car, trucks, ships, heat pumps, furnaces, etc) will increase electricity demand by 2-3x.
Even if renewables growth is held to the exponential-ish curve it’s been so far (doubtful) we still need 15+ years just to get to the point of replacing current global fossil fuel electricity production in the most optimistic case, never mind enough to handle 2-3x demand.
Massive quantities of new carbon free electricity generation is needed to “unlock” the electrification technologies we need to deploy if we going to avoid the worst of the disaster. If we wait until renewables alone get us there it’ll be too late.
The more carbon free energy we can build in the next 20-30 years, the more options we have. Even if we can reach a place of excess capacity, there are a lot of things like DAC and CCS, that we could use it for that today result in more emissions from electricity generation than they sequester.
Alright, I can’t seem to find useful numbers anywhere. We went from 50% coal to nil in just a few years, though, so big changes fast are possible. If you’re in Ontario, you also have to consider your local renewables penetration was really high to start with, because of those waterfalls.
And yeah, like I said to the other person, exact growth pattern matters. It’s probably exponential-ish right now, not linear, because it’s just unambiguously cheaper to move to renewables, and so just getting ducks in order to do it is the bottleneck.
I respect you for doing your own research. People need to understand the scope of the problem if there’s going to be meaningful action.
The reason I’m passionate about nuclear in particular is that only about a quarter of all fossil fuel consumption is from electricity generation.
Most of the rest is burned in transportation, buildings, commercial and residential applications. We have the tech already to switch most of these things to electricity, and eliminate their direct emissions, but that’s not much of a win if we’re burning fossil fuels generate that electricity. Which is what happens today when electricity demand is increased, we can’t just turn up the output of a solar/wind farm in periods of high demand, but we can burn more natural gas.
Switching to electric everything (Car, trucks, ships, heat pumps, furnaces, etc) will increase electricity demand by 2-3x.
Even if renewables growth is held to the exponential-ish curve it’s been so far (doubtful) we still need 15+ years just to get to the point of replacing current global fossil fuel electricity production in the most optimistic case, never mind enough to handle 2-3x demand.
Massive quantities of new carbon free electricity generation is needed to “unlock” the electrification technologies we need to deploy if we going to avoid the worst of the disaster. If we wait until renewables alone get us there it’ll be too late.
The more carbon free energy we can build in the next 20-30 years, the more options we have. Even if we can reach a place of excess capacity, there are a lot of things like DAC and CCS, that we could use it for that today result in more emissions from electricity generation than they sequester.
That’s fair. Thanks for the intelligent conversation.