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To be clear, the point of W7-X has never been to produce energy. This device is simply a proof-of-concept to show that the stellarator concept actually works. If all goes to plan, the things we learn from W7-X will help us build the next-generation of stellarators, which could quite literally change the world, and end our reliance on fossil fuels forever.
Wake me up when it works.
As crazy as wanting to fly to Mars and starting a colony there, right?
If they just took all the money they're wasting on fusion and productized small LFTR's we could have all the safe power we need for decades while we work on renewable storage options.
-Step one of Nwdriver's list has been achieved...energy has been produced.
Sometimes I wonder if I'm the only person in world who think that cheap limitless energy is a good thing. We are going to cook our planet alive...
But the sun doesn't shine all day nor does the wind blow all the time. Your statement that sunlight => electricity only applies when the sun is actually shining. Once you factor the costs of storing excess power during the day to handle the nights/cloudy days the cost is astronomical. I believe it is going to take many decades before we can store power on a large enough scale to make renewables useful for base load. If you have actual evidence to the contrary please share it. No hopium please. We need an intermediate step from fossil fuels to renewables. LFTRs would do that safely. It's also going to take decades to move the various transportation fleets to electric (aircraft will be especially prickly with their weight sensitivity). One nice feature of a LFTR is that it's temperature range is perfect for Fischer-Tropsch which would allow us to create carbon-neutral liquid fuels.Then there'e the whole magic hot rock => electricity problem aka thermal power... Converting sunlight into electricity is now or will soon be cheaper than converting heat into electricity; For nuclear to be cost effective it needs to find a way to go from fusion/fission => electricity... without an intermediate thermal step. Something that currently only exists on paper.
But the sun doesn't shine all day nor does the wind blow all the time. Your statement that sunlight => electricity only applies when the sun is actually shining. Once you factor the costs of storing excess power during the day to handle the nights/cloudy days the cost is astronomical. I believe it is going to take many decades before we can store power on a large enough scale to make renewables useful for base load. If you have actual evidence to the contrary please share it. No hopium please. We need an intermediate step from fossil fuels to renewables. LFTRs would do that safely. It's also going to take decades to move the various transportation fleets to electric (aircraft will be especially prickly with their weight sensitivity). One nice feature of a LFTR is that it's temperature range is perfect for Fischer-Tropsch which would allow us to create carbon-neutral liquid fuels.
Sometimes I wonder if I'm the only person in world who think that cheap limitless energy is a good thing. We are going to cook our planet alive...
I just noticed that my post makes no sense I meant to write that cheap limitless energy is NOT a good thing.
Hmmm... that's an interesting perspective... care to elaborate? Making things cheaper and more abundant is how progress typically happens.