China is building more coal plants but might burn less coal
sustainabilitybynumbers.com
sustainabilitybynumbers.com
https://www.reuters.com/sustainability/climate-energy/global...
Seems like not where we want to be 26 years from net zero.
IIRC India is the greatest exception.
IEA Coal 2015:https://www.iea.org/reports/medium-term-coal-market-report-2...
IEA Coal 2017: https://www.iea.org/reports/coal-2017
You seem to have misremembered discussions about declines in demand, and possibilities of local country peaks.
Don't sweat it, it's easy to confuse first and second derivitives but do please check your sources and your tone.
The electricity demand in india is only going to grow, and i would expect that coal will be one of the many sources of electricity, and will probably decline.
As a society, I hope that we electrify, and fast.
We are also seeing a revolution of electric scooters in the country, which are cost competitive with ICE scooters already (less than 33% more). If this trend continues, I would expect that the demand for electricity will further grow
It's definetly happening in Tier 3/4 towns and villages. Electric 3-Wheelers and eRickshaws have taken market share from autos which are horrible polluters.
Battery swapping is the strategy most Indian and JP/SK companies are thinking about EVs in India.
This is happening all over India, and autorickshaw unions have started trying to stop this by hook and by crook.
https://ourworldindata.org/grapher/coal-consumption-by-count...
China which burns half the worlds coal built 219 GW of solar last year which bumped there installed capacity by 55%. For scale in 2020 there was only 760 GW of solar power installed on earth.
At ~25% capacity factor that’s and additional ~473 TWh in 2024 or roughly the same energy as their nuclear reactors, but only half of it was produced in 2023 because the average solar panel was available for 6 months not 12 meaning annual numbers are lagging indicator. They will likely hit their Paris agreement target for 2030 in 2025. This is on pace for ~100% of electricity from renewables in around 20 years assuming they can get storage online, and they are a massive battery manufacturer so it seems possible.
Net zero by year X isn’t the question the question is how many tons of carbon you release before net zero. Cut CO2 emissions in half quickly and you get more wiggle room. I’m feeling fairly optimistic right now.
Another part is that they are probably replacing dirty, inefficient, old plants with more economical and efficient newer ones. The less efficient a plant is, the more pollution it creates and China has huge issues with smog.
And of course a lot of the plans of even a few years ago are getting obsoleted by rapidly the changing facts of renewables scaling faster and cheaper than anticipated. In a way, they are a victim of their own success here as a lot of the renewables industry is happening in China.
The theory that coal plants are going to be used as peaker plants makes a bit of sense as it means they won't have to import expensive gas and build new plants for that. My guess is that they will use more coal in the winter than in the summer when they have more solar on the grid. But it's going to be some time before they can stop relying on coal completely.
Coal stopped being economical in most places years ago. That's why so many coal plants are closing everywhere. The reason the Chinese are still building coal plants is that they can't ramp up solar and wind production quick enough and they don't want to switch to gas at this point, which would be a temporary thing as well.
As per their plans a few years ago, they would bridge the gap with nuclear and renewables with temporary coal plants with that peaking a few years from now and that ultimately being largely gone by 2065.
However, the calendar keeps shifting there, in favor of solar and wind. Which is why this article is projecting the number of plants to still grow but less coal burned overall. Which is good news of course. I think their nuclear plans are being adjusted downwards for the same reasons. Cost.
The other consideration is crack down on RE freed up a lot of compatible construction capacity to to mass rollout renewables. And relatively "lowskilled/cheap" construction overcapacity is going to disappear as PRC demographic transitions - old manual labour excess supply on their way out. Economics may swing back to plants.
"Haha look at those dumb commies, investing in the future" an American chuckles to himself while driving past a tent city on the side of a freeway.
I have seen the results of a previous real estate bubble in Spain. Plenty of homes in weird locations, slowly falling apart, never occupied, some never even finished. As the local left said: "People without homes, homes without people". I am not a leftist, but they were onto something here.
Given that it is mostly the younger cohort that seeks new housing - older people tend to settle somewhere for the rest of their lives - I don't really see the demand picking up again.
Old people from rural PRC gets "resettled". PRC trying to urbanize from 65%->80%/85%. They're going to have to if they want any services anyway. Most of the excess housing just right outside of cities.
That's 200-300m people that still needs urban dwellings. Current excess square footage enough 100-150m people, about 10 years of headroom. This is without accounting for deprecated housing stock. Yes reality of speculation and (mis)allocation is much messier, but PRC is still 100-150m short on urban housing.
For reference 80% urbanized US is short on ~6M homes, that's 2% relative to population. PRC is short 7-10% relative to urbanization targets and popluation.
There’s many ways to slice these numbers but it’s not even vaguely close.
https://en.wikipedia.org/wiki/File:Electricity_generation_in...
From a geo-politics point of view, it seems preferable for China to be reliant on coal vs natural oil/gas. Oil/gas would bring it in conflict for energy resources with the west. Coal they can source domestically (and from Australia)
Eliminating fossil fuel dependence isn’t just good for the environment. It might be a matter of national survival.
Like US did massive shale/LNG build out for energy security, except they ended up being the largest producer/exporter of both.
Their plan is for all their energy sources to increase over the next few years, but as the 20+ nuclear plants they are now building and the 70 that are permitted but have not yet started construction get built (not to mention that they are approving more each year), combined with the new hydro capacity they are adding, and the massive amounts of solar and wind they are adding they can drop the coal and other fossil source and reach net zero around 2060.
They are far more likely to succeed then the US is with its net zero plans, because the US plan can change every time there is a presidential election. And not just change a little, since one of the two major parties still isn't convinced that climate change is something that actually needs to be addressed.
And even when the plan doesn't change with a presidential election the ability to advance the plan can change every two years, because that's how long terms are for members of the House of Representatives, and there is a tendency for the party that did not win the presidency to do better in the next House election. So even if we have a president who is trying to advance the net zero plan, they often will end up with a House that won't pass the legislation necessary to make progress.
>As low-carbon energy sources continue to grow, they’ll take priority spot in the electricity mix. Coal power will start to take on the role of ‘peaker plants’.
Another 'hopeful' statement from the author. Coal power will be a baseload in China for a long time still.
Developing markets are not going to scale back. The people concerned with climate change need to explain how any of this is going to work. Apparently they are going to try do so with explanations like, "yes, more coal and coal plants, but maybe they'll burn less?" Good luck.
What is going to work? It obviously isn't, but if you say what is obvious, you're labeled a "doomer".
It was explained, in the Paris Agreement. The rich countries that got that way off decades of massive cheap fossil fuel use provide financial aid to the developing countries to develop renewable energy sources there so that the developing countries can get off fossil fuel without derailing their development.
Beyond the likelihood that this kind of usage pattern is actually worse for emissions, capacity factor itself is a misleading figure to use. If you build a single new coal plant that has lower capacity factor usage than the rest of your fleet the fleet average would go down despite you burning a larger quantity of coal.
I hope that's not what they are trying to claim, because it would ridiculous. But it's the closest thing this article cites to an actual trend. The rest is just people (or the authors) saying, "yeah, [despite all of the evidence] we expect coal usage to decline".
We can't cheat or fake CO2 level in the atmosphere. You can plop a spectrometer in the middle of Beijing and no CCP can alter that number (there was a fun permanent scandal similar to this, when US embassy in China was measuring air pollution daily and published it in Xitter, CCP was furious). No politicians at COP9000 can sit together and fudge some numbers to make their work look good and important. It's just there, in every place on this planet, easily measurable by everyone.
It might have already peaked:
https://www.carbonbrief.org/analysis-global-co2-emissions-co...
So IFA paints a bright rosy future for us, emissions peaked and will even go down. But if we go to the agency measuring actual CO2 in the atmosphere (and let's not forget about methane and other gasses), we see that the graph is only ever increasing and slowly turning upwards from the mean line, accelerating. https://keelingcurve.ucsd.edu/
PS: I really hope to be wrong in this. Reeeeally hope.
https://www.co2.earth/co2-acceleration
See the graph at the bottom titled "Annual CO2 Growth Rates"
This is apparently partly due to el nino effects, but still, it leaves a small opening for hope.
That's quite a feat.
That's quite a hypothetical feat that will not actually happen.
The anti-China stance that this topic reeks of is not useful and only aimed at diverting from our own issues. Let's install as much low emission energy/renewable as they do then we can criticise.
China's results are already pretty poor, they have the same amount of emissions per capita as France when excluding exports but pretty far from the development level though.
Usually developing country emit less because it's easier when you have a large portion of the population which isn't very rich.
What's explaining the bad results of China is the unsustainable middle class powered by those coal plants.
Recently I was looking how many electric vehicles China alone has added in the last 4-5 years and it hit me that had China not gone big on electric the world's oil consumption would be few million barrels per day more and the prices would be above $120+ per barrel.
Solar and wind could be free and it wouldn't change the equation by much .. because .. solar and wind cannot serve as baseload.
Think about it this way, if solar and wind are cheaper, why is China building coal plants? Why was Germany signing multi-decade deals with Russia and building new pipelines (at least before the war) to ship Russia's natural gas? What do they know, that you don't know?
>I predict in 3-4 years China will start removing a lot of coal from its grid as cost of solar and batteries drop another 40-50%.
There is no grid-scale battery technology today, nor coming in the next few decades - so don't pin your hopes on that. It also doesn't matter how cheap Li-ion batteries become because Li-ion batteries are simply not the right technology for grid-scale battery storage.
This is the right question to ask.
China is the global leader in battery and solar tech, yet they are building many coal plants. Why?
The answer is clear, solar and wind (+batteries) as a technology stack, cannot serve as baseload - so they cannot actually replace traditional sources of power (nuclear, fossil fuels, hydro).
The people making decisions to build more coal, and invest in Russian natural gas, understand this. The public seems to not understand it.
There is no grid-scale battery technology to handle baseload for any meaningful duration. Worse, there is no grid-scale battery technology on the horizon either (you can define 'horizon' as the 'next few decades').
We've had things like reservoir lakes for hydro plants for a long time. Energy can be stored in more ways than electrical.
Hydro is great. Gravity batteries (e.g. pumped storage) are great. The problem is that they require particular geography to work - especially at grid-scale, and we pretty much exploited all of it already - so you cannot scale it.
The fact is there is NO infrastructure for any of this. It's also a fact that there are MAJOR (and unsolved) challenges with building out a hydrogen collection/storage/transport (regardless of the source) infrastructure at scale. It's why it hasn't been done even though many governments throw billions into non-fossil fuel initiatives (and even close down working nuclear reactors).
They are already the cheapest in Australia, and at some point, grid-scale batteries are going to be cheaper than gas peakers everywhere.
To do baseload with solar it's easy: deploy enough PV and back that with 20 hours grid scale batteries.
Sources: https://ourworldindata.org/battery-price-decline
https://www.woodmac.com/press-releases/australia-leads-globa...
What we want is battery technology that can serve as baseload for extended period of time when the sun isn't shinning (enough) and wind isn't blowing (enough). The battery farms being built are mainly for "frequency control and ancillary services (FCAS) market" - because they can only store enough energy, generally, for a few minutes, maybe an hour or so. That's not nearly good enough. We need power for days to offset the intermittency of wind and solar (which varies through out the day, as well as throughout the year, and throughout multiple years).
>To do baseload with solar it's easy: deploy enough PV and back that with 20 hours grid scale batteries.
Easy eh. So why isn't it happening?
The reality is that you will not be able to deploy batteries to power even a moderate-sized city for 20 hours with current technology. It isn't going to happen in the next few decades either.
Your argument has been made now for a decade or more. Maybe we need another decade so that, as a society, we can internalize the fact that isn't going to happen.
It is happening, that is my point. Look at the link I posted, what's being installed are 4 hours batteries on GW scale.
It's not.
If in 5 or 10 years nothing meaningfully moves in this area, would you agree this approach was not feasible?