This has been studied, and we don’t need nuclear. All the solutions are sitting right there.
It’s very infuriating talking to people about this because they never really accept that nuclear power is necessary. They spend all their time complaining about how it’s dangerous (it isn’t) and how it’s very expensive, and how you don’t have a lot of control over its output capacity. And yeah, all of those are true, but so what, the only other option is to burn some dead trees which obviously we don’t want to do.
Just because nuclear has downsides doesn’t mean you can ignore it, unless of course you want to invent fusion just to spite me, in which case I’ll be fine with that.
frezik@lemmy.blahaj.zone 4 hours ago
echodot@feddit.uk 4 hours ago
Well I’m not going to buy the book to find out what they are so all I’m going to go ahead and say is this. Yes there are solutions such as battery storage (although they do tend to be extremely explodey) and using the power to pump water around, or using mirrors to heat up salt in insulated containers, but they are all very specific solutions that will only work in very particular situations, which we don’t always have.
frezik@lemmy.blahaj.zone 4 hours ago
Almost like we can have many solutions where one of them is workable in any given situation.
PowerCrazy@lemmy.ml 10 hours ago
The new tack is to conflate nuclear energy with fossil fuels. As in assuming that nuclear energy is “legacy” power generation, and that obviously we need to use modern gernation like solar and wind, and magical grid-level storage technologies that don’t exist. Also ignore that baseload power is still required, and is currently fulfilled with Natural Gas and Coal.
frezik@lemmy.blahaj.zone 4 hours ago
There is absolutely nothing required about baseload power. It’s there because the economics of generating power favored it in the past. You could build a baseload plant that spits out a GW or so all day, everyday for relatively cheap.
That economic advantage is no longer there, and no longer relevant.
echodot@feddit.uk 4 hours ago
Well you still need baseload. You can’t forget about it just because it’s inconvenient.
frezik@lemmy.blahaj.zone 3 hours ago
No, you don’t. It’s entirely an accounting thing.
BombOmOm@lemmy.world 4 hours ago
What makes power when the sun isn’t out and the wind isn’t blowing? Nuclear, gas, or coal.
By being anti-nuclear, you force it to be gas or coal.
humanspiral@lemmy.ca 1 hour ago
In US, and EU is having similar nightmare, nuclear was last built at $15/watt. Installing solar is under $1/watt, and for 20 equivalent hours of nuclear per day (less demand at night means not full production even if available) equivalent to $5/watt-day. $1/watt capital costs is 2c/kwh for solar, and for full day production needs 10c/kwh. All before financing. Nuclear is 30c/kwh. It adds 10 extra years of construction financing, requires political bribes to suppress alternative supply whenever they decide to begin operations, uranium purchases/disposal, expensive skilled operations staff, security, disaster insurance.
Solar does need batteries for time shifting its daily supply. At current LFP prices of $100/kwh, 1c/kwh full cycle is prefinancing cost. and so 3c/kwh if triple the charging/discharging daily capacity. 6 hours of storage is a very high number in power systems. It will capture all energy from a northern summer. It will rarely fully discharge with any time shifting incentives to daytime (much higher convenience to consumers and industry) providing resilience to rainy days. A 2c/kwh value (before financing which is apples to apples comparison to nucclear) means a 5gw solar + 30gwh battery costs 12c/wh or $8B vs a $15B equivalent 1GW nuclear solution. Both last 60 years due to low battery charge/discharge rates and capacity cycle use, with much lower maintenance costs/downtime for life extension costs for solar/battery system vs keeping a nuclear reactor operational. No/minimal operations costs.
Yes. Nuclear shills are frauds who should be frustrated in their theft of the commons.