How big is your quarter shrinker? 'Cause we could shrink a quarter to dime-size (1800 volts at like 90,000 amps). How big is your Tesla Coil? Ours was 2MW, throwing lightning 20 feet.
So, you are not completely ignorant about electricity. How on Earth did you ever end up with such confusion about whether 7GW was "annually or daily"? Was it just a moment of extreme mental confusion?
Actually, the parts for the fusion reactor are pretty much the same; depending on the physical size, the replaceable liners might have to be scaled down a bit.
What fusion reactor are we talking about here? Tokamak (which design, torus or spherical), stellerator, FRC, inertial confinement, heavy ion, magnetized target, z-pinch, other existing, as-yet undesigned? You're saying that all of these have parts that are "pretty much the same" with interchangeable, replaceable "liners"? I mean, you haven't even specified if it's tritium-deuterium, deuterium-deuterium, deuterium-helium-3, or proton-boron. Are you breeding fuel using the fusion reaction? Heck, how big is the reactor? Is it the size of a shipping container, or thirty meters by thirty meters by thirty meters? Are people going in to change these liners or robots? Are they solid, liquid metal, other? You must recognize that you've made an extraordinary claim.
Where do you get proprietary parts for a discontinued wind turbine?
Sooo..... the parts for the completely hypothetical power-generating fusion reactor that doesn't exist are standardized and interchangeable, but the parts for existing wind turbines are a huge problem. I mean, even without the stuff about fusion reactors, this is a truly ridiculous complaint. This is not a new problem for large pieces of industrial machinery from multiple vendors. Clearly interchangeable parts and standardized designs produced by multiple vendors are desirable and I never claimed otherwise, but at the same time, it is not a unique criticism of wind turbines, nor is it some sort of showstopping problem for wind power. Obviously you completely ignored what I wrote about it in the previous post, especially where you picked up this obviously planted "on message" talking point. Suffice it to say that if that's your latest attack against renewables, you're really, really scraping the bottom of the barrel.
And, you're saying that 7GW is a huge thing... woo hoo... conditional power is great when the wind is blowing strong or it's clear skies... sucks when it's no wind or cloudy.
Yes dear, I suppose you won't be able to watch TV right now because the wind isn't blowing. I wasn't calling 7 GW a big deal or not a big deal. I will point out that you seem to have lost the context here. The original poster pointed out 7 GW in the context of two countries, one with a population 4X bigger than the US, and another with a population and another with a population 32X smaller. So, what they were trying to show that China is out-installing the US by about 4 to 1, and Sweden by 9 to 1. In other words, they were trying to say that the amount the US is installing is relatively small. Somehow you seem to have reversed that and seem to think that the original poster was saying that was a big deal. Put in perspective, if the US was installing as much as china, then that would be about 2.8% of US electrical production becoming wind power per year and, if it were installing as much as Sweden per capita, that would be 6% as much per year. So if the US were installing that much, then, just from renewables, the US grid would be 100% renewables in 12.5 years. Or, if other renewables were scaling at the same rate, 5 years. So, basically your take on this seems to have gotten the point completely backwards. That is why I went into 'teacher" mode. You seemed to have completely failed to understand basically that entire original post.