World's Largest Solar Farm Goes Online In China 87
Michelle Lewis reports via Electrek: The world's largest solar farm, in the desert in northwestern Xinjiang, is now connected to China's grid. The 3.5-gigawatt (GW), 33,000-acre solar farm is outside Urumqi, Xinjiang's capital. The state asset regulator's website cited the Power Construction Corp of China and said it came online on Monday. The solar farm will generate about 6.09 billion kilowatt hours (kWh) of electricity annually. Assuming an EV consumes about 3,000 kWh per year, 6.09 billion kWh could power 2.03 million EVs annually.
The world's largest solar farm in Xinjiang is part of China's megabase project, a plan to install 455 GW of wind and solar. The megabase projects are sited in sparsely populated, resource-rich areas and send their generated energy to major urban centers, such as on China's eastern seaboard. China now boasts the three largest solar farms in the world by capacity. The Ningxia Tenggeli and Golmud Wutumeiren solar farms, each with a capacity of 3 MW, are already online.
The world's largest solar farm in Xinjiang is part of China's megabase project, a plan to install 455 GW of wind and solar. The megabase projects are sited in sparsely populated, resource-rich areas and send their generated energy to major urban centers, such as on China's eastern seaboard. China now boasts the three largest solar farms in the world by capacity. The Ningxia Tenggeli and Golmud Wutumeiren solar farms, each with a capacity of 3 MW, are already online.
Ah yes I remember hearing America could be powered (Score:5, Insightful)
Ah yes I remember hearing America could be powered by a few solar farms in the deserts. But certain people demanded that idea be shoved where the sun don't shine. Now we get to watch China beating US at solar (and perhaps a few other things too).
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A single reactor produces more energy, comfortably sits on a thousandth of the area, and lasts the better part of a century. China is winning because they are building many reactors and developing much more efficient ones, based on the MSR technology we gifted to them. Their resource efficiency can be expected to grow by orders of magnitude, and will also be used to produce cheap synthetic fuels and such.
Winning does not look like replacing each of our hundred or so reactors with >100,000 acres of solar
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telling the inconvenient truth gets you downvoted here, too.
Reasoned discussion needed (Score:2)
We should be able to have a reasoned discussion on electricity generation, consumption, the grid, in general.
It should be able to be discussed without knee-jerk reactions, blocking by people who by ferver/job/politics have only one solution and one 'noble' way to do this.
Make a business, economic, social, strategic and environmental case for each of the options, then let's have a reasoned discussion.
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So you’ve named three purported benefits of nuclear vs solar:
1. Produces more energy per plant
2. Uses less land
3. Lasts longer
If these were the only criteria that mattered, then perhaps nuclear would be self-evidently better. But obviously, they’re not. There are many other factors that matter, including, but not limited to: costs (capex and opex), speed of construction, payback period, carbon intensity, dispatchability, decommissioning, waste management, security, reliability, intermittency, vu
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Two of them are misleading anyway.
"Uses less land" ignores the type of land required. Nuclear needs geologically stable land, close to a source of water for cooling, but away from large population centres in case of an accident. It also needs mines to supply fuel, and more mines to store spent fuel for extremely long periods of time, again in geologically stable areas.
"Lasts longer" is debatable. Solar panels appear to have a lifetime similar to the design lifetime of nuclear plants, but crucially they are
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OTOH, recycling obsolescent solar panels is almost not even considered...and it should be.
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Solar land needs are infinitely more painful to meet. Because of the climate they need to operate in- Sunny, regularly sunny... and low risk of hail or anything else that can drop on the panels reducing efficiency (dust, snow) or causing damage (hail)
Solar needs batteries
Solar also needs numerous massive mines for the resources used to construct them.
Nuclear seems to be the clear winner in terms of design lifetime, as most solar panels even with stated hypothetical lifetimes are loosing efficiency and burni
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You know they put solar on roofs in places with lots of rain and hail and snow and strong winds, right?
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It’s a conflation of two different meanings of the word “need”. Nuclear plants “need”, ie absolutely must have, land that’s geologically stable, with a water source for cooling etc. Solar “needs”, ie works best, with land that’s got high insolation and few things dropping on it. But *it still works* even if the land isn’t great in one way or another, as you pointed out. Whereas nuclear doesn’t work if the land isn’t good enough.
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Here’s a little challenge, bucko. Post a link to a description of a single nuclear plant that sets out clearly that the plant you’ve chosen has these benefits you list:
- a plant that’s been placed near a load (safely, natch)
- on very little land
- without water for cooling
- doesn’t use any fuel sourced from a mine
- completely fissions the fuel
- doesn’t create any waste needing long-term geologic storage
- small
- efficient
- even more economical [built for lower capex than renewabl
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That means you are predicting MSR Nuclear tech will become a minimum of one hundred times more resource efficient which is very impressive. How will this be accomplished?
MSRs use thorium rather than uranium.
Thorium is three times as abundant as uranium, and only 0.7% of uranium is fissionable U-235.
An MSR can use 100% of thorium.
So per tonne of ore, fuel for an MSR is 3/0.007 = 420 times as abundant.
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OTOH, rooftop solar has the advantage that any energy converted to electricity won't inadvertently heat the house. But it has the disadvantage that installing or maintaining it is a bit dangerous.
Perhaps it could be installed as a "cooling shade" roof over highways through the deserts. This would allow easy access for any needed maintenance, and the land is already state property.
Size is really not an issue (Score:2)
We're talking about a solar installation that's about 7 miles on a side. About 51.6 square miles.
The continental USA contains the Great Basin desert, about 200,000 square miles. The Mojave, about 54,000 square miles. The Sonoran, 100,000 square miles. The Chihuahuan, about 200,000 square miles. Plus some smaller deserts.
I'm pretty sure we could find 50 square miles or so suitable for a solar installation. Or, you know, several. Which could b
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Acres are a 2D area measurement: 33,000 acres is equivalent to 51.56 square miles
The square root of 51.56 is 7.18
So, if square, the Chinese installation or an equivalent here would be 7.18 miles on a side. These installations are essentially flat, so there is no third term. Perhaps for batteries there might be some vertical excursion, as I mention below.
I assumed the battery mass would be in
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You left out maintenance. Both require maintenance, but nuclear requires a lot more.
There are always trade-offs though. Nuclear is better at providing a stable amount of power over a long period of time. Solar tends to fluctuate. (And not just on an daytime/nighttime basis.)
Re: Ah yes I remember hearing America could be pow (Score:2)
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People who think it's counterproductive to chop down Joshua trees to clear space for solar. [latimes.com]
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In the deserts of the USA: are no Joshua trees.
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Joshua trees grow in only 5% of America's deserts.
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There will always be something, and there will always be somebody to object. Sometimes the objections will be valid. But OTR vehicles are a more destructive force than solar panel farms.
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Didn't the US just put a huge tariff on Chinese solar panels? It seems that even the supposedly "green" party currently in charge doesn't want solar green energy to happen.
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Didn't the US just put a huge tariff on Chinese solar panels? It seems that even the supposedly "green" party currently in charge doesn't want solar green energy to happen.
What they don't want is for China to drive all the US manufacturers out of business, get a monopoly on the solar-panel market, and then use that monopoly against us.
Re: Ah yes I remember hearing America could be pow (Score:2)
Are there any US solar panel manufacturers left who don't just assemble them in the US, and import the cells ?
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But that is exactly what is happening, lolz.
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What they don't want is for China to drive all the US manufacturers out of business, get a monopoly on the solar-panel market, and then use that monopoly against us.
That's what people were predicting twenty years ago.
Two decades later, China still isn't "using it against us" and their panels are cheaper than ever.
Biden chose protectionism over climate.
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China will drive US manufacturing out of business if it ends up being powered by renewables and solar. There is demand for low carbon products, and taxes on carbon emissions which include those from overseas manufacturing.
If the US doesn't clean up then it will give China another way to out-compete it. Same goes for Europe and everywhere else.
If you want to compete, the only option is to mass produce low cost solar panels yourself.
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OTOH, China is also building new coal powered plants.
I don't think I'd ever trust the bookkeeping on carbon emissions from China...not that I trust those from people buying "carbon offsets".
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Nativism *can* be a form of racism, but it can also be "looking out for your own interests". And since the arguments are full of lies, it can be hard to tell which is pushing a particular line.
But I do think we should be pushing integrated circuit building. However, we should also ensure it isn't environmentally toxic. This *WILL* make it more expensive...at least in the short run.
Re: Ah yes I remember hearing America could be pow (Score:2)
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As long as we're not trading oil dependence for panel dependence
Those are not comparable.
If our oil supply is cut off, transportation stops immediately.
If our panel supply is cut off, we will have 30 years to find a solution while existing panels slowly age out.
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I mean if China is selling panels at a loss, we could pull one over on China by buying their panels. That would be China subsidizing our solar power, yes? Then we have 20-50 years to find a different supplier, preferably ourselves, so as not to be dependent.
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Indeed. China can do. The US is looking more and more like a has-been clinging to past glory.
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Well, compared to the days immediately following WWII, the US *is* a has-been. We're no longer competing against economies that have just been through a highly destructive war. And we've let our manufacturing sector slide into near oblivion.
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True. A leader position only matters if you keep it. Telling yourself how great you are does not accomplish that.
3.5 GW is not even enough to power 3 Doloreans... (Score:2, Funny)
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Giant and Gigantic derive from the same root, so Doc Brown's pronunciation with a 'j' is consistent with English even if science has since normalized a hard 'g' of classical Greek.
China? No thanks. (Score:1)
Re: China? No thanks. (Score:2)
Re: China? No thanks. (Score:2)
I suggest you don't have a clue what you're talking about.
More than likely, you're looking in the mirror, thinking you're seeing China and you're actually looking at yourself.
Frankly, you should be thankful China is making so much progress moving away from fossil fuels. The whole planet benefits.
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China built more coal plants last year than the rest of the world built in decades.
And Chinese people are still only half as polluting as American people. [ourworldindata.org] Just what the fuck are Americans doing to be so dirty?
Re: China? No thanks. (Score:1)
I can't believe that there are actually Americans who believe that shit.
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China installed more solar *last year* than the US has ever installed.
They definitely have built coal plants. More than zero is not exactly a huge number.
More over though, they are laying more concrete in the last 5 years than the US has since WWII. But it's for rail and mass transit. image [i.redd.it]
Oh and it's entirely possible their CO2 release has *peaked*. linky [economist.com]
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How much of that progress to moving away from fossil fuels is from hydro and nuclear fission? It appears to me that it is quite a bit but that doesn't make the same kind of news for some reason. There's a lot of mainstream news from China on their successes to build out solar power but not so much on hydro and nuclear. If China is doing so well on moving away from fossil fuels then we need to see the entire picture.
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Now, if they choose the direction they go poorly, it goes bad pretty catastrophically.
But for now, China can build a high speed rail network without the eminent domain cost that prevents us from doing it. They don't have GWBush come in and kill green investments. They can decree solar everywhere and it
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How's China's efforts in nuclear power going? Or Russia's for that matter?
https://www.msn.com/en-us/news... [msn.com]
If we are going to use China as the example to follow on energy then we need to have the whole picture. China is building nuclear power plants in addition to their efforts on energy from wind, water, and sun. Russia is growing their nuclear power capacity also. For both nations the interest is in avoiding energy imports.
For the USA to have a similar kind of energy independence there would have to b
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So you're 'reproduced with expense' excuse applies to that as well.
Re:China? No thanks. (Score:5, Insightful)
They're on the far left of that spectrum. And us here in the USA are on the far right, with our patent trolls and $450 bottles of insulin that cost them $2 to manufacture, on a process the inventor refused to patent because he knew it was life-saving and should be a basic human right.
Personally I'd prefer to be on the far left rather than the far right. At least people aren't royally extorted just for the privilege of staying alive. The only ones vilifying China's ignoring patents are the ones like those setting the prices of insulin. Is that really who you want to be listening to when coming to an opinion on copyright?
Solar farm (Score:2)
I've always wondered where solar panels were grown. :-)
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Yes, but NOTHING really passes edge case tests. Something closer is a wide distribution of solar farms over a large area, with grid connections. And offline storage. (The best batteries for that aren't the expensive but light and transportable Lithium based ones, but one of the alternative types that are relatively cheap, relatively heavy, and relatively durable. Or, of course, pumping water up-hill for hydroelectric when needed.)
Naturally every choice will come with trade-offs. This includes fission a
Units considered difficult (Score:1)
"each with a capacity of 3 MW" – well, no. 3 GW.
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"each with a capacity of 3 MW" – well, no. 3 GW.
Yeah, that article is fucking shit. Was it written by an AI? Either that or the human author was deliberately being misleading with their awful mashup of different units.
So it will power 2 million cars (Score:2)
China has about 330 million cars in service as of 2023. Indicator of scale of problem, perhaps?
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More a question of culture. Bicycles and various sized motorbikes are king.Â
Good for China (Score:2)
This will help them with their electricity needs and hopefully make them less dependent on coal power plants.
Two stories about this... (Score:2)
Two stories above this is an argument that we (the US) don't need to reduce our carbon emissions because China isn't doing anything
Isn't 1GW one billion watt? (Score:2)
The plant will produce that amount of energy in a single day. Not in a year.
power sent 3000 KM (Score:3)
https://spectrum.ieee.org/chin... [ieee.org]
Why is China Dominating Ultra High Voltage DC https://www.youtube.com/watch?... [youtube.com]
Hehehehehe Red China is not winning (Score:1)