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US Leads Record Global Surge in Gas-Fired Power Driven by AI Demands (theguardian.com) 36

An anonymous reader shares a report: The US is leading a huge global surge in new gas-fired power generation that will cause a major leap in planet-heating emissions, with this record boom driven by the expansion of energy-hungry datacenters to service AI, according to a new forecast.

This year is set to shatter the annual record for new gas power additions around the world, with projects in development expected to grow existing global gas capacity by nearly 50%, a report by Global Energy Monitor (GEM) found. The US is at the forefront of a global push for gas that is set to escalate over the next five years, after tripling its planned gas-fired capacity in 2025.

Much of this new capacity will be devoted to the vast electricity needs of AI, with a third of the 252 gigawatts of gas power in development set to be situated on site at datacenters. All of this new gas energy is set to come at a significant cost to the climate, amid ongoing warnings from scientists that fossil fuels must be rapidly phased out to avoid disastrous global heating.

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US Leads Record Global Surge in Gas-Fired Power Driven by AI Demands

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  • We are a world leader in natural gas.
  • Fat ladies falling through floors, fat men hang gliding in their underwear, clearly fake videos about real events trying to pass as authentic, this is what computers are for!

  • I wonder how AI would answer if we asked it what to do about climate change? And then I wonder if it would agree that it is now part of the problem... or if humans are the problem and here are some ideas on what to about it...
    • Since humans created AI, yes, AI is part of the problem. But only because of humans.

      As to what to do about it, another round of covid or something similar) should help nicely with all the anti-vaxxers out there.

    • by dfghjk ( 711126 )

      We know that today it would have no answer, regardless if something were produced or not. We also know that today AI is not self-aware, so the answer to that is no.

      But AI could evolve rapidly. The idea that it will, according the industry leader sociopaths, we should give no consideration but it is possible that AI could improve. We've been hearing that for decades, if only we devote all the world's computing and energy resources to create wealth for Elon and Sam no doubt we'll be saved as long as we're

  • Gas turbines are a well developed technology, and are quick to build. Companies keep looking toward nuclear, but building that is a far longer process. Gas may just be an intermediate step, and will be replaced with cheaper and more sustainable options in the future.
    • Re: (Score:2, Insightful)

      by tbords ( 9006337 )

      Gas turbines are a well developed technology, and are quick to build. Companies keep looking toward nuclear, but building that is a far longer process. Gas may just be an intermediate step, and will be replaced with cheaper and more sustainable options in the future.

      Installing solar during construction of the Data Center would arguably be faster, easier and cheaper. Install batteries (they already have backup batteries for the servers required to do the work) and you no longer need to worry about night time use.

      • Installing solar during construction of the Data Center would arguably be faster, easier and cheaper. Install batteries (they already have backup batteries for the servers required to do the work) and you no longer need to worry about night time use.

        The datacenters I've worked in basically had UPS to keep things running till the generators kicked in. I doubt enough UPS power to last all night every night is common, that would require vastly more batteries.

        • by tbords ( 9006337 )

          Installing solar during construction of the Data Center would arguably be faster, easier and cheaper. Install batteries (they already have backup batteries for the servers required to do the work) and you no longer need to worry about night time use.

          The datacenters I've worked in basically had UPS to keep things running till the generators kicked in. I doubt enough UPS power to last all night every night is common, that would require vastly more batteries.

          While it does, the costs for those batteries would not exceed the cost of building a dedicated power station+running of that power station+lawsuits for the fumes, pollution of the local water table, noise pollution that would come from having that dedicated standard power station.

      • Gas turbines probably use fewer acres of land then the equivalent solar farm would and they work 24/7. Not saying solar+wind+batteries isn't a better idea but it's not hard to see why someone might setup a gas power plant instead. Depends how the laws and their personal feels about climate change come into play.

        • by tbords ( 9006337 )

          Gas turbines probably use fewer acres of land then the equivalent solar farm would and they work 24/7. Not saying solar+wind+batteries isn't a better idea but it's not hard to see why someone might setup a gas power plant instead. Depends how the laws and their personal feels about climate change come into play.

          You're thinking wrong here. Solar doesn't need a dedicated area. Install it on the roof or over parking. Both have benefits and, in the case of installing over parking, it even gives you shade and protection from the elements. Even leaving out climate change, using solar means much less maintenance costs, no charge for the electricity, likely production of more electric than is actually used and the ability to continue going when other locations are in black out. We just need to push this with financial arg

    • by dfghjk ( 711126 )

      "Gas may just be an intermediate step, and will be replaced with cheaper and more sustainable options in the future."

      Outside the US, sure. Inside the US, oligarchs will make sure there is nothing cheaper and that sustainability doesn't matter, that's what the military is for.

  • AI can only utilize wind power, while residential and industrial power usage can use the others - gas, nuclear, solar,.....
    • https://transmission.bpa.gov/b... [bpa.gov]

      The green line is available wind and solar, mostly wind. The combined nameplate rating is about 3000 MW.

      Your idea would mean there is no AI. I approve of your idea.

    • With enough chips in enough data centers, the only electricity that is going to be used in mass is at the bottom of the price schedule. I don't know about you but low latency and AI are not something I think of in the same order of magnitude. As an AI power user, I want cheap reasonable results from wherever power is in surplus at that moment.
  • by nevermindme ( 912672 ) on Thursday January 29, 2026 @07:11PM (#65957750)
    Without requiring solar plus storage this result was clear over 2 decades ago when photovoltaic generation was 5 times more expensive per watt and storage was 20 times more expensive per watt hour. What is the cheapest rapid response solution to keep the grid stable as you pull coal fired revisors of massive amounts of throttleable steam offline, simple gas fired turbine pants. The greens can complain that the rated capacity is increasing but looking at the EIA charts of the USA, your average gas fired plant is doing anything other than being reactive spinning mass for 240 to 700 hours a year. Don't make a perfect soliton the enemy of the good enough for now, coal in most markets is gone, unless your making steel at the same time.
    • by AmiMoJo ( 196126 )

      The issue is that the US is not installing renewables fast enough. It's not just an environmental problem, it's an economic one. The US can't be competitive when it is paying for fossil fuel generated electricity, or nuclear.

      Well, there is the other big problem, that most of this AI slop is worthless and most of the money being thrown at it will be wasted. At least some more of that cash could go into renovating the grid and building more renewables and storage though.

    • Without requiring solar plus storage this result was clear over 2 decades ago

      To be clear Solar + Storage was not viable 2 decades ago. The viability of storage came largely after the meteoric rise of lithium cell production for EVs.

      Don't make a perfect soliton the enemy of the good enough for now

      No one is doing that. The problem *now* is the haphazard approach to datacentre building. Not only is there an insanely crazy sudden rise in energy demand but in the interest of getting your product going before the competition people are literally building out power "infrastructure" in the worst possible ways. At this point they are one step above having

  • "that will cause a major leap in planet-heating emissions"

    As usual no quantification, just the usual hysterical alarmism. Current global emissions are about 37 billion tons a year. How much will these US installations add to that? And how much additional warming will this additional amount lead to?

    Can you even say by how much its going to increase US emissions? When doing this, might be an idea to start by saying what these are right now. Then we can see how important it is.

    'Planet heating' is a giveaw

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