I have high hopes for EVs being used as a decentralized buffer via V2G. I’m thinking of something like you either buy an EV outright and you have no obligations to participate in V2G, but can sell electricity that way if you wish. Or, the government subsidizes your car to a certain extent but you have to give maybe 20% of your battery up as a buffer as long as it’s connected to the grid.
Nuclear can absolutely produce power on demand, once the reactors are up and running. I just wish we would have invested in molten salt reactors that cannot meltdown back when we invented them in the '60s. Of course you also can’t make weapons with those reactors, or the isotopes that we need for modern medicine.
We can’t entirely get rid of nuclear power because of the aforementioned isotopes, but I would be very happy to see all the for profit reactors shut down permanently. You cannot safely run a nuclear reactor when you care about profit.
so slight correction here, they don’t produce power on demand, unless we include energy storage, but that’s the storage not the plant, nuclear plants are explicitly designed to be a base load service. Which is incredibly well suited to be paired with cheap renewables like solar.
Nuclear plants often have a capacity factor of close to 100%, and sometimes even over it. Though usually it’s 80-90% for most plants. Gas plants are often 40% ish, hydro is even lower, 20-30% is really common for hydro, especially if it’s stored. Though actual hydro plants can realistically run for most of the year, and will more than likely have a more considerable capacity factor, probably somewhere around 60% or higher.
This!
Problem is not producing electricity, problem is producing electricity ON DEMAND. That is something only Fossil fuels can do for now.
I have high hopes for EVs being used as a decentralized buffer via V2G. I’m thinking of something like you either buy an EV outright and you have no obligations to participate in V2G, but can sell electricity that way if you wish. Or, the government subsidizes your car to a certain extent but you have to give maybe 20% of your battery up as a buffer as long as it’s connected to the grid.
Nuclear can absolutely produce power on demand, once the reactors are up and running. I just wish we would have invested in molten salt reactors that cannot meltdown back when we invented them in the '60s. Of course you also can’t make weapons with those reactors, or the isotopes that we need for modern medicine.
We can’t entirely get rid of nuclear power because of the aforementioned isotopes, but I would be very happy to see all the for profit reactors shut down permanently. You cannot safely run a nuclear reactor when you care about profit.
so slight correction here, they don’t produce power on demand, unless we include energy storage, but that’s the storage not the plant, nuclear plants are explicitly designed to be a base load service. Which is incredibly well suited to be paired with cheap renewables like solar.
Nuclear plants often have a capacity factor of close to 100%, and sometimes even over it. Though usually it’s 80-90% for most plants. Gas plants are often 40% ish, hydro is even lower, 20-30% is really common for hydro, especially if it’s stored. Though actual hydro plants can realistically run for most of the year, and will more than likely have a more considerable capacity factor, probably somewhere around 60% or higher.