Good riddance, be gone, coal is expensive and unreliable and it's mostly political manipulation to pick winners and losers that keeps it around. TVA is begging to be able to get rid of this coal plant which causes massive reliability problems:
https://elibrary.ferc.gov/eLibrary/filelist?accession_number...
> The cost of running existing coal power plants in the United States continues rising while new wind and solar costs keep falling. Our first Coal Cost Crossover report (2019) found 62 percent of U.S. coal capacity was more expensive to run than to replace with renewables, while our second (2021) found 72 percent of capacity more expensive than renewables. Our latest Coal Cost Crossover research finds incentives in the Inflation Reduction Act accelerate this trend – 99 percent of all U.S. coal plants (209 out of 210) are now more expensive to run than replacement by new local solar, wind, or energy storage.
> This report finds 99 percent of the existing U.S. coal fleet is more expensive to run compared to replacement by new solar or wind. Replacing coal plants with local wind and solar would also save enough to finance nearly 150 gigawatts of four-hour battery storage, over 60 percent of the coal fleet’s capacity, and generate $589 billion in new investment across the U.S. Our report provides policy recommendations to facilitate a just transition through the Coal Cost Crossover.
(report is from 2023, the economics of renewables and solar have only improved since then)
https://energyinnovation.org/report/the-coal-cost-crossover-...
> Replacing coal plants with local wind and solar would also save enough to finance nearly 150 gigawatts of four-hour battery storage, over 60 percent of the coal fleet’s capacity, and generate $589 billion in new investment across the U.S.
That sort of wishy-washy language is classic political sales pitch stuff. And I say that in favour of transitioning to solar/wind where it makes sense.
Solar, wind, and batteries will continue to decline in cost; whether the US chooses to adopt them is a choice. Make good choices, as I tell my children.
Trump’s major coal sales flop in Wyoming and Montana - https://wyofile.com/trumps-major-coal-sales-flop-in-wyoming-... - October 8th, 2025
Gas-Turbine Crunch Threatens Demand Bonanza in Asia - https://www.bloomberg.com/news/newsletters/2025-10-07/gas-tu... | https://archive.today/z4Ixw - October 7th, 2025
AI-Driven Demand for Gas Turbines Risks a New Energy Crunch - https://www.bloomberg.com/features/2025-bottlenecks-gas-turb... | https://archive.today/b8bhn - October 1st, 2025
Most of the planned coal capacity retirements are in the Midwest or Mid-Atlantic regions - https://www.eia.gov/todayinenergy/detail.php?id=65744 - July 14th, 2025
Nowhere to go but down for U.S. coal capacity, generation - https://ieefa.org/resources/nowhere-go-down-us-coal-capacity... - October 24th, 2024 ("More than 8,100 MW of currently operating coal capacity will be at least 60 years old by 2030, but plant owners have not yet announced retirement dates. It is highly unlikely any of those units will still be operational by 2040, given the increase in maintenance costs and the decline in performance that go hand in hand with aging coal plants. Another 20,000MW of coal-fired capacity will be at least 50 years old by 2030, putting them at or near their expected operational lifespans.")
US Coal Plant Map Retirement Tracker - https://www.sierraclub.org/coal/coal-plant-map
(think in systems)
Please elaborate. China is building an absurd amount of new power plants, and most of that has been coal, with last year hitting a new high of coal deployment[1]. Why would they do that if it's expensive and unreliable? The letter you linked is advocating for a new gas plant.
And no, I am not advocating for building more coal plants.
[1] - https://www.ft.com/content/4658e336-930f-49db-abc9-0036ee0ea...
Are you sure about that 'most' part? Hasn't China been building something like a coal plant's worth of solar power generation every eight hours for the past year or so?
https://climateenergyfinance.org/wp-content/uploads/2025/02/...
Fossil fuel advocates in the West love repeating this "fact" and omit another, rather more inconvenient fact. 80+% of all new electricity generation in China is solar or other renewable. China builds coal plants but they don't really use them much.
These coal plants either replace older ones shutting down or are mostly left idle. Why? My guess: to keep the jobs and skills around, to juice GDP, and as a backup.
What's happening is part just bureaucratic inertia. They raised funding and are building the plants even though strictly they aren't needed anymore. And part of it is them replacing older plants with newer more efficient ones. They close plants regularly as well. Instead of operating plants 24x7, they keep a few around for when wind/solar fall short. It seems even the Chinese have a hard time predicting how fast the energy transition is going. They've hit their own targets years ahead of time repeatedly in the recent past.
Apparently China coal imports could drop by about 18-19% this year. That seems to be part of a bigger five year plan. They might be hitting the targets for that early as well.
The data here shows that coal consumption is simply increasing in China. Therefore, I believe it is inaccurate to say "they are building more plants but starting to burn less coal." It is more accurate to say "they are building more plants and burning more coal, but they are not increasing their coal use at the same rate they increase their use of other energy sources."
https://ourworldindata.org/grapher/annual-co2-coal?tab=line&...
Our World In Data gets that information from https://globalcarbonbudget.org/. I believe that the next update will include 2024 data, and should be available next month.
My reason for challenging the phrasing is just to be precise. This is a complex topic, and the distinction between a falling percentage of energy mix versus a rising absolute amount of consumption is a key detail that's often missed.
As another comment pointed out, China isn’t afraid to let infrastructure sit idle. That if these coal plants sit unused or demolished in the end - it would be better than the political risk mentioned above.
China is building less coal plants than they would need to if they just focused on coal, so they are improving over time.
https://climateenergyfinance.org/wp-content/uploads/2025/02/...
I wouldn't be surprised is the anti coal movement has been pushed by the petrostates
Coal sucks but it does ensure energy independence (as does solar and wind)
1) Our coal plants are old and trip off all the time, putting the grid at high risk. 2) The cost to upgrade a coal plant or build a new one is far higher than the gas alternative, so no financially competent entity is going to go with coal unless they are forced to by political manipulation/strong arming/bad incentives that hurt ratepayers.
Prices in China have literally nothing to do with the US, for either construction or gas or coal, so I'm not sure why you're linking to that in favor of our actual utilities' opinions here in the US. Is China's experience with coal really the reason you think that coal is either reliable or cheap?
Please be more specific about how you think they were being "absolute assholes."
https://seia.org/state-solar-policy/california-solar/
https://www.energy.ca.gov/data-reports/energy-almanac/califo...
The only statistics that speak about capacity brag that California- one of the leaders in grid storage deployment- can store nearly a third of solar generation in February (which represents only a third of the energy production) on a sub-day time scale.
Think of how much an extension to the lifespan might cost in your head. Now go and look: $8.4B to $11B to keep it running only until 2030.
There is massive political support for nuclear right now, which is the only reason it's being considered. The whole reason it was initially decided not to extend the license was that the cost would be too high. Now people that know nothing about electricity costs, but really love nuclear, have pre-determined that Diablo Canyon should be kept running without regard to better ways to spend that money on our electricity grid.
Replacing base load with solar and batteries, especially for days when weather makes supply the lowest and demand the highest, is in general a non-trivial problem, but it is location dependent. Maybe California is one where it make sense.
(Power is frequently generated and transported across state lines)
* https://www.threads.com/@1mzjacobson/post/DPjmVLcDqFo/impres...
https://www.newsweek.com/electricity-prices-surge-us-map-sho...
[1] https://calmatters.org/california-divide/2021/03/california-...
[2] https://lao.ca.gov/Publications/Report/4950
[3] https://www.ppic.org/blog/a-closer-look-at-californias-surgi...
[4] https://www.ivy-energy.com/post/californias-ever-increasing-...
All the Daves and other journalists are actually AI (HAL9000s).
The comments and related moderation are similarly as bad. "HAL Open the pod bay doors."
"I'm sorry Dave, I cannot do that." - HAL
No serious reader bothers anymore with that outfit, and this evaporative cooling of social networks comes to any platform that fails to moderate appropriately.
Edit: Seems the brigade from sentiment manipulation bots is in full swing (-3). Sad state of affairs this. The site used to be quite good until they sold out, and I don't know a techie that doesn't like a good Hal Dave euphemism. Squelching makes volunteers not want to contribute anything in goodwill, and hollows out the whole like a cancer. When no one of intelligence raises the bar, everything fails to the lowest common denominator stagnating. Facts are facts, and downvote manipulation doesn't change that.
> Key to making that shift has been the Los Angeles Department of Water and Power, which has ordered less electricity from the Utah plant while simultaneously building a natural gas and hydrogen burning power station just across the street from Intermountain.
Does that mean that LA is building a plant in Utah?
Why not build the plant in LA? Is it more efficient to ship electricity instead of gas; or is it just more politically convenient to pollute Utah instead of LA?
Great question. It is easier to rely on existing transmission at Intermountain than it is to build a gas turbine in LA (along with whatever infra is needed to provide a reliable supply of fossil gas to the generator site). You can even add batteries, solar, wind etc in the future at that site; coal sites are being remediated and turned into battery storage colo in many situations to rely on that existing transmission infra.
Related:
https://en.wikipedia.org/wiki/Path_27 (first two paragraphs are relevant to total transmission capacity to LA from Intermountain, ~2.4GW at ±500kV)
https://en.wikipedia.org/wiki/Los_Angeles_Department_of_Wate...
https://www.eia.gov/todayinenergy/detail.php?id=64604
(consider the fungibility of electricity vs other energy mediums)
The problem is that coal plants are sprinkled with a whole bunch of radioactive fly ash, and normal radiation level for a coal plant would violate the hell out of regulations for a nuclear plant.
Wikipedia says LADWP operates 4 natural gas power plants within city limits, so they do both. It might be hard to find a site for a new generator, and the Intermountain site had additional coal generators planned but not built; building a natural gas generator there makes a lot of sense.
Yes, in general, and especially if (as is the case here) the electrical transmission infrastructure is already in place and you are just switching powerplants at the generating end (its a whole lot cheaper to build nothing than gas supply infrastructure.) But also:
> or is it just more politically convenient to pollute Utah instead of LA?
Its both more politically convenient and less of an adverse impact on human life to pollute farther from dense population centers, yes.
California Air Emission Regulatory which is already on the books cannot comply with the plants so it makes sense that they are being built outside the state.
Natural Gas has the benefit of being simple to start up and shut down the needed turbines, compressor, exchanger, 1st and secondary loops based on demand. There's still some pollution, but compared to coal the pollution is a few percent in comparison (afaik). It burns more cleanly. Newer plants usually use the most efficient equipment at that time (within the tradeoffs chosen) so costs are often less (though poor material choices may offset this when corruption/fraud is found).
I can’t find any support for your claim that natural gas is “a few percent” of the “pollution” of natural gas.
In GHG terms natural gas is still a fossil fuel that emits CO2. Web searches suggest the number is somewhere between 50% less GHG emissions to a few percent more GHG emissions for natural gas vs coal. This is because natural gas has the additional issue of widespread fugitive emissions across the supply chain which emit methane, an even more potent GHG which itself breaks down to CO2.
As with everything it’s complicated but it’s simply unbelievable that a natural gas plant is anywhere near a 90% improvement over a coal plant which is my arbitrarily generous standard for “a few percent”.
Ultimately there’s just no good way to burn fossil fuels.
I’m not sure what California Air Emission Regulatory is. Do you mean CARB?
I'd guess that a new coal powered power plant is close to the most impossible thing imaginable to try to build in California.
I'll admit I have selfish interest in seeing nuclear power take over our electrical grids, but I don't want to see the lives of 40M people upended just because it will give the companies in my portfolio more pricing power.
jeffbee•2h ago