Follow Slashdot blog updates by subscribing to our blog RSS feed

 



Forgot your password?
typodupeerror
×
China Power

China's Wind and Solar Energy Surpass Coal In Historic First (oilprice.com) 95

According to China's National Energy Administration (NEA), wind and solar energy have collectively eclipsed coal in capacity for the first time ever. By 2026, analysts forecast solar power alone will surpass coal as the country's primary energy source, with a cumulative capacity exceeding 1.38 terawatts (TW) -- 150 gigawatts (GW) more than coal. Oil Pricereports: This shift stems from a growing emphasis on cleaner energy sources and a move away from fossil fuels for the nation. Despite coal's early advantage, with around 50 GW of annual installations before 2016, China has made substantial investments to expand its renewable energy infrastructure. Since 2020, annual installations of wind and solar energy have consistently exceeded 100 GW, three to four times the capacity additions for coal. This momentum has only gathered pace since then, with last year seeing China set a record with 293 GW of wind and solar installations, bolstered by gigawatt-scale renewable hub projects from the NEA's first and second batches connected to the country's grid.

China's coal power sector is moving in the opposite direction. Last year, approximately 40 GW of coal power was added, but this figure plummeted to 8 GW in the first half of 2024, according to our estimates. Despite the expansion of renewable energy under supportive policies, the government has implemented stricter restrictions on new coal projects to meet carbon reduction goals. Efforts are now focused on phasing out smaller coal plants, upgrading existing ones to reduce emissions and enforcing more stringent standards for new projects. As a result, the annual capacity addition gap between coal and clean energy has widened dramatically, reaching a 16-fold difference in the first half of 2024.

This discussion has been archived. No new comments can be posted.

China's Wind and Solar Energy Surpass Coal In Historic First

Comments Filter:
  • by TheNameOfNick ( 7286618 ) on Friday August 02, 2024 @05:29AM (#64674838)

    "Surpassing" is the wrong metric. Only a decline of burning coal helps. As long as China adds coal fired power plants, it's still going in the wrong direction.

    • "Surpassing" is the wrong metric. Only a decline of burning coal helps. As long as China adds coal fired power plants, it's still going in the wrong direction.

      True but at least coal plant installation in China has been flatlining and that does help simply because it beats a steady increase in coal plant construction. It doesn't help as much as a net reduction would, but at least this is a clear sign that the Chinese are shifting priorities in a big way. Meanwhile the USA can't hold a candle to China or the EU in renewables installation and it has 133 new gas-fired power plants in the works because ... "Drill baby drill!!!" will make the 'libruls' cry.

      • by znrt ( 2424692 )

        the USA can't hold a candle to China or the EU in renewables installation

        wait until all those "green" hydrogen plants eu is building actually start running ... on natural gas.

        • the USA can't hold a candle to China or the EU in renewables installation

          wait until all those "green" hydrogen plants eu is building actually start running ... on natural gas.

          Green hydrogen is produced using water and renewable electricity. Try again

          • by znrt ( 2424692 )

            i know. it is also very hard and expensive to store which is why all those plants will end up burning gas instead.

            it's not even a pipe-dream, they know perfectly what they're doing.

            • i know. it is also very hard and expensive to store which is why all those plants will end up burning gas instead.

              it's not even a pipe-dream, they know perfectly what they're doing.

              There is always going to be some remnant that has to bur nat gas due to lack of alternatives and most of that can be mitigated through carbon capture. Nat-gas is being out-competed on price for grid level electricity generation by renewables. The only reason anybody would build a nat-gas powerplant these days is because of political ideology, not because it makes economic or environmental sense especially if we star making gas consumers pay the externalised costs they are currently allowed to offload on the

            • In Australia the biggest commercial attempt just gave up because "renewables" cost too much to produce hydrogen. So much, even his large US investment bank backer the sold all their shares realising he will not get those gigantic government hand outs for it. Whatever we are told is going on, it ends up as a sales pitches for multi billion dollar tax dollars. Some economists openly call "decarbonisation" is just a not very stealthy way of recreating Cold War era trading blocks

              https://www.abc.net.au/news/20 [abc.net.au]
              • "Renewables" aren't too expensive. "If the electricity cost is high, then we can't make hydrogen cheaply enough to compete with fossil fuels." - that implies he is talking using grid electricity (price based on gas price) that is green rather than having his own solar/wind to power the process which would have been cheaper and the only logical way to do it.
      • by AleRunner ( 4556245 ) on Friday August 02, 2024 @07:44AM (#64675010)

        Meanwhile the USA can't hold a candle to China or the EU in renewables installation and it has 133 new gas-fired power plants in the works because ... "Drill baby drill!!!" will make the 'libruls' cry.

        Solar and wind energy are absolutely strategic, both on an industrial and on a military level and the level of deployment should probably be the primary measurement of the success of governments right now. Because they aren't concentrated in one single installation in one location, wind and solar are much more difficult to destroy militarily than nuclear plants and the implications of your enemies doing that are much less serious. Electrical energy is easy to transmit from place to place and once it is cheap enough it becomes possible to start creating hydrocarbon or hydrogen fuel reserves in place in small installations. As an example of how that changes things, that can easily mean each military unit could maintain a fuel reserve without the need to give itself away by having incoming deliveries.

        We need to move away from an attitude that "maybe China's crap and we can ignore them" to an attitude that "maybe they are doing clever things and we need to make sure we stay ahead of them". The US has been falling hugely behind in this area, party because the fossil fuel reserves have allowed US politicians to be complacent. Obama made some moves but not nearly enough. Biden is again beginning but pretty slowly given that the Republican congress blocked progress. In between the best guess at Trump's energy policy is that he's getting orders from Xi via Putin to destroy the USA.

        • We need to move away from an attitude that "maybe China's crap and we can ignore them" to an attitude that "maybe they are doing clever things and we need to make sure we stay ahead of them".

          The only "clever" things they are doing is a one party state, where the government is quite literally above the law and can make things happen by decree. Coupled with a complete lack of anything resembling a body politic. Combine this with ultra protectionism and making sure everything is economically rigged.

          It works well when times are good. When times are bad, it implodes REALLY hard. Right now China is desperately racing against time, they need to either figure out how to save tens of trillions to kee

        • by Bert64 ( 520050 )

          If you have an enemy capable and crazy enough to strike nuclear plants you're pretty screwed anyway...
          If you look at Ukraine, you will see most of their coal/gas/hydro plants have been destroyed, but the russians so far aren't daring to fire missiles at the nuclear plants.

          Solar and wind are more spread out and harder to attack, but they are also not adequate on their own - you need something else to supply power when its dark and not windy. Energy storage to offset the times when wind/solar is not providing

        • Actually, solar installations and windmills are impossible to harden (unlike a natgas plant, though few if any natgas plants in the US are hardened against attack). It would be easier for a saboteur to destroy wind/solar installations, and it would be trivial for airstrikes to take them out.

          • Coal/gas/nuclear plants can be taken out by a few small drones each dropping a solitary bomb - check the effectiveness of this kind or warfare in Ukraine against the Russians
            • Sure, they aren't hardened. Meanwhile a solar or wind installation has exposed wiring that can be cut, exposed power delays that can be shelled or bombed, and acres of fragile surface area that can be wiped out in any number of ways. You can't protect it all.

        • Solar and wind energy are absolutely strategic, both on an industrial and on a military level and the level of deployment should probably be the primary measurement of the success of governments right now.

          Really? Like, people could be starving, but if they have solar panels, that's success?

          • Really? Like, people could be starving, but if they have solar panels, that's success?

            Generally people are starving for a reason. Some of the primary reasons include

            • environmental degredation - which is very much associated with global warming and use of petoleum based chemicals such as fertilizers
            • poverty associated with the costs of purchasing fossil fuels - for countries which lack natural resources, the way out is building up renewable energy
            • poverty associated bad governance - for countries which have the resources fossil fuel extraction correlates with corruption due to the way that smal
            • No, you make a good sounding argument, but the source of all problems in life, including environmental problems, is racism and colonialism. That is the only true variable by which governments should be evaluated, and if you disagree, you're a racist fuck. That is how you sound.
              • No, you make a good sounding argument, but the source of all problems in life, including environmental problems, is racism and colonialism. That is the only true variable by which governments should be evaluated, and if you disagree, you're a racist fuck. That is how you sound.

                That's not my position at all and I'm not sure where you got that from. I think racism an colonialism are bad things. However, I know enough history to know that they have been eternal problems with Europe suffering from them just as much as anywhere else. In fact, in this particular case, without the work of Bell Labs in the USA, there would be no solar panels being made and delivered in China. It's really sad that America isn't getting the full benefits of that work whilst China is clearly showing that it

    • by AmiMoJo ( 196126 ) on Friday August 02, 2024 @07:02AM (#64674944) Homepage Journal

      Don't mistake new coal plants for more coal burning. The new ones are more efficient and replace older ones.

      It's likely that China will heat peak CO2 emissions this year or next.

    • To make solar panels you need high-purity silicon. For wind turbines you need steel and polymers. For silicon and steel smelting you need energy as well as coal as reductant. For polymers you need energy and hydrocarbons (from oil or gas or coal as raw materials). Expect coal usage to go up before it ever gets a chance to go down.
      • To make solar panels you need high-purity silicon.

        Oh right, so.. about that silicon. Let's hope they're not trying to find an alternative use for unprocessed sea sand.

        Poor-quality Chinese concrete could lead to skyscrapers collapsing
        https://www.wired.com/story/ch... [wired.com]

        Honestly though, I applaud the idea of anyone making the effort to use more non-(air)polluting/renewable energy technologies. If only we could find a way to pluck hydrocarbons out of thin air, that would be great.

    • That's not true.

      It also matters HOW the coal is burnt. Ie how much pollution is produced and how much electricity is produced from that coal. China leads the world in clean(er) coal tech.

      https://www.americanprogress.o... [americanprogress.org]

  • by backslashdot ( 95548 ) on Friday August 02, 2024 @07:25AM (#64674970)

    Instead of building solar and phasing out coal they (and we) should have done whatever it takes to eliminate gasoline cars and thus get rid of oil dependency. Oil has been the biggest disaster, by helping prop up uneducated religion-mad countries that funded madrasas and terrorism. Religious psychotism is a far more deadly and immediate threat than climate change. Instead of building solar they (and us) should have aggressively mandated EVs and powered them with coal plants and THEN phased coal out.

  • This is mathematically impossible if you know the number of coal plants they built in the last 5 years.
  • In related EU news (Score:5, Informative)

    by Quantum gravity ( 2576857 ) on Friday August 02, 2024 @07:51AM (#64675048)
    And a recent report states that wind and solar have overtaken fossil fuels for generation of electricity in the first half of 2024 in the EU.
    It is not just coal but fossil fuels, i.e. coal, oil and gas.
    See https://electrek.co/2024/07/30... [electrek.co] and https://www.theguardian.com/en... [theguardian.com]
  • Solar meets all power demand! China, California, it doesn't matter.

    Winter arrives and crickets. 14 to 16 hours of night, overcast days, sun ant a lower angle in the sky, and the story is different.

    The question becomes do you save enough fuel in the summer to pay for the installation?

  • let us say china is exaggerating with numbers and capacity!=production and they are still adding coal,
    fine
    but they are investing heavily in solar and wind. and the number of coal is decresing. good job china. I know the US can be competitive and i hope we take this as a challenge instead of trying to justify why coal is better.

  • The article states capacity in Gigawatts and Terawatts, not Gigawatt hours or Terawatt hours. Their solar and wind plants may be able to produce more energy than their coal plants on sunny and windy days, but their coal plants produce energy, and burn coal, 24 x 7. It's a significant achievement none the less, but not as significant as the article would like us to believe. Reducing the total Terawatt hours produced by coal plants would be something to really crow about.
  • Not clear what this means, because capacity is being measured in watts, not watt-hours. In the US, for example, installed battery capacity is measured in watts, which is typically, but not necessarily, what can be supplied for 4 hours.

    I don't care what your windmills can provide for 10 seconds on one day of the year; what can they provide on average all year?

    • You have that completely backward!

      Capacity, i.e. energy is watt-hours!

      Watts is rate of delivery, or power. Batteries store energy in watt-hours, they are filled and discharger at a power rate of watts.

There are never any bugs you haven't found yet.

Working...