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Just noticed at the bottom of my leccy bill it gives the nuclear waste per kWh of my supply. I am responsible for about half an ounce per year. Probably a couple of gloves and a spec of dust from a fuel rod.
Just noticed at the bottom of my leccy bill it gives the nuclear waste per kWh of my supply. I am responsible for about half an ounce per year. Probably a couple of gloves and a spec of dust from a fuel rod.
It seems it is always 15 years aheadIsn’t fusion coming online soon?
It seems it is always 15 years ahead
You are right, it is bi directional . My knowledge came from talking to the grid interconnector teams a few years back. I’ve probably got it mixed up with the proposed Iceland link. At least this shows I’m not the interconnector nerd I thought I was…
I meant to tag you in the CM post above.The Norway interconnector that came up earlier is now officially operational:
Full power ahead for UK to Norway under-sea power cable
The 450-mile cable connects Blyth in Northumberland with the Norwegian village of Kvilldal.www.bbc.co.uk
Its the purple one labelled NSL on graphs from websites like the following one (near bottom of the page). Its been importing steadily at about 0.69GW so far.
National Grid: Live
Shows the live status of Great Britain’s electric power transmission networkgrid.iamkate.com
Next time I have something non-nuclear to say about UK electricity, the grid, interconnectors etc then I'll start a different broad thread, unless someone else beats me to it.
It seems it is always 15 years ahead
It’s only for the medium term as we will have fusion in 20 years. Just like we’ve been going to have fusion in 20 years since 1953.Was just reading this Nuclear power is clean, safe and cheap. We need it to stop global heating
I can possibly see the case for using it in the short to medium term, because at present the alternatives to back up variable renewables are basically fossil fuels. Though I wish we were also talking more about reduction in energy use - lots of space to act there still I think.
It’s only for the medium term as we will have fusion in 20 years. Just like we’ve been going to have fusion in 20 years since 1953.
It’s only for the medium term as we will have fusion in 20 years. Just like we’ve been going to have fusion in 20 years since 1953.
That’s the joke.Nuclear fusion isn't taking any longer to get going than solar power has. Progress in nuclear fusion has undeniably been made since 1953. I wish people would stop repeating this canard. Note that photovoltaics have had a 100-year head-start over nuclear fusion.
The Big Tokamak is always 20 years away, but the rapid development of high-temp superconducters has enabled a whole load of smaller devices. There's now healthy competition (and multiple approaches) between commerical fusion companies. I predict one of them will achieve net power before ITER fuses a single nucleus, and at a considerably lower cost.It’s only for the medium term as we will have fusion in 20 years. Just like we’ve been going to have fusion in 20 years since 1953.
Was just reading this Nuclear power is clean, safe and cheap. We need it to stop global heating
I can possibly see the case for using it in the short to medium term, because at present the alternatives to back up variable renewables are basically fossil fuels. Though I wish we were also talking more about reduction in energy use - lots of space to act there still I think.
And still will be 20 years away in 20 years time.That’s the joke.
With JET being able to maintain a stable burn for as long as they can keep the magnets cool ( just under 8 seconds) and ITER building, maybe we are only 20 years off from Tokamak based plenty. I hope so.
Without nuclear, and the development of new nuclear technologies, I think we are fucked.
If people can only imagine success and sustainability as somehow sticking to a world that strongly resembles the "old normal" then there are many ways we can be fucked this century, with or without nuclear. I do not expect the realities of this century to be quite that dull.
The Big Tokamak is always 20 years away, but the rapid development of high-temp superconducters has enabled a whole load of smaller devices. There's now healthy competition (and multiple approaches) between commerical fusion companies. I predict one of them will achieve net power before ITER fuses a single nucleus, and at a considerably lower cost.
Not quite, the issues are getting the energy out and replacing the chamber walls. Both more engineering than science.And still will be 20 years away in 20 years time.
From what I gather (I'm no expert) at the moment the fusion reactions achieved consume more juice than they provide. Hydrogen is the answer.
Hydrogen is the answer.
Well, it’s the answer to “what element comprises roughly one ninth of the mass of a water molecule”…
It is the answer to our energy needs. It is also something that I'm hearing about more and more. Hydrogen powered ships (that really is a biggie in pollution reduction, at present they burn shit that is so turgid it needs to be heated in order to be pumped), hydrogen powered busses and cars.
I've been an advocate of hydrogen for decades, the world is finally listening.
It has… a few uses. It also has some very enthusiastic advocates. The nature of investment hype tends towards single technologies being the answer to everything and I think hydrogen is likely to lose out completely for this reason.