By 2040, US electricity production capacity will roughly double from 1 to 2 terawatts, while China's capacity will roughly grow from 3 to 8 terawatts over the same period.
“The US is forecasted to increase its electricity production capacity from 1 to 2 terowatt by 2040 15 years from now. During that same period of time, China is going to go from 3 to 8 terowatt.”
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Explanation
The predicted 2040 comparison point is 14 years out and can't be evaluated yet, though China's capacity is already tracking well ahead of the cited baseline (3.89TW installed by end of 2025 alone).
Longer-term technological solutions yielding unlimited, free, scalable energy production could begin arriving within the next decade.
“And some of that could be coming in the next decade.”
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Explanation
The predicted decade-long window hasn't elapsed.
Within the next year or two, a robotics breakthrough will unleash a huge new electricity demand curve as the US moves toward having roughly 100 million electrified robots.
“There's going to be a breakthrough in the next year or two that's going to unleash this additional demand curve. We're going to have a hundred million robots in the United States that are all electrified. They all got to get charged up.”
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Explanation
Humanoid robot deployment has scaled fast (from roughly 3,000 units in 2024 to an estimated 50,000 operating commercially in 2026), a real acceleration, but nowhere near the '100 million electrified robots' scale implied, and the window (roughly 2025-2027) hasn't closed.
Small modular nuclear reactors will not become a major power source until the 2030s; in the near term (2025-2030), LNG-fired power plants will fill most of the new electricity demand.
“we got to go fast on the small modular nuclear and but again that's really kind of in the 2030s so there that's that's in our next it's it's important uh but it's a little less urgent... But in between now 2025 and 2030 uh a lot of it's going to come back to LG”
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Explanation
Small modular reactors remain pre-commercial as of 2026, while natural gas (LNG-fired) power plants have indeed filled most of the near-term new demand from AI data centers, matching the prediction.