From a closed-door summit held by a leading technology company, the industry's anxiety about future power supply has reached a fever pitch. Data shows that by 2028, the power shortfall for AI data centers in the United States will reach 47GW, equivalent to the total capacity of 44 standard nuclear power plants. Even more staggering is the global scale— the power shortfall for data centers is expected to soar from 47GW to a magnitude of 100GW. Even if the United States brings all planned nuclear power plants and gas turbine projects online, it will still leave a black hole of 5-15GW.
The problem is that reality is not so ideal. The construction cycle for a nuclear power plant in the United States takes 5-10 years from project approval to grid connection, which means there is a significant time misalignment between the capacity planning on paper and the actual supply. The actual scale of the electricity gap will only be larger. From this perspective, the demand for gas turbines is not a short-term opportunity over 5 years, but a structural growth that spans the entire 10-year dimension – this may be the most certain long-term opportunity among all energy infrastructure investments.
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GlueGuy
· 14h ago
What the hell, a 100GW gap? This number makes my scalp tingle... Nuclear power plants will take another 5-10 years, by then who knows how far AI will have developed.
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0xSleepDeprived
· 14h ago
Seeing this number is a bit scary, 47GW skyrocketing to 100GW... It takes 5-10 years to build a nuclear power plant, and it can't keep up at all.
Gas turbines are indeed a long-term thing, not something for short-term trading.
By the way, will this gap really be that big, or is it just another way to fool financing?
AI consuming so much electricity, the electricity bill will surely be outrageous in the future.
A 10-year opportunity cycle? Much more stable compared to Cryptocurrency Trading...
Investment in energy infrastructure has indeed been overlooked, everyone is focused on AI chips.
The black hole is so big that it can't be filled, no wonder big companies are rushing to develop their own power plants.
5-15GW black hole sounds really precarious, and the U.S. still needs to find a way.
That's why Uranium and the energy sector have been quite active lately.
The time misalignment is not wrong, planning can never keep up with the speed of reality.
From a closed-door summit held by a leading technology company, the industry's anxiety about future power supply has reached a fever pitch. Data shows that by 2028, the power shortfall for AI data centers in the United States will reach 47GW, equivalent to the total capacity of 44 standard nuclear power plants. Even more staggering is the global scale— the power shortfall for data centers is expected to soar from 47GW to a magnitude of 100GW. Even if the United States brings all planned nuclear power plants and gas turbine projects online, it will still leave a black hole of 5-15GW.
The problem is that reality is not so ideal. The construction cycle for a nuclear power plant in the United States takes 5-10 years from project approval to grid connection, which means there is a significant time misalignment between the capacity planning on paper and the actual supply. The actual scale of the electricity gap will only be larger. From this perspective, the demand for gas turbines is not a short-term opportunity over 5 years, but a structural growth that spans the entire 10-year dimension – this may be the most certain long-term opportunity among all energy infrastructure investments.