The biggest story in energy isn't a new AI model — it's the ~4.5-year line to plug into America's power grid.
The biggest story in energy and tech right now isn't a new AI model—it's the 4.5-year line to plug into America's power grid. This "interconnection queue" is the bureaucratic process every new power plant, from solar farms to natural gas peakers, must go through to get connected. And it has become a bureaucratic quagmire.
A 4.5-year wait time means the power for the next AI generation is based on decisions made half a decade ago. This delay is forcing developers to get creative and is a key reason why even established hubs like Northern Virginia face power challenges. The race is on to find ways to jump the queue.
Understanding this bottleneck is key to understanding the real-world constraints on the growth of artificial intelligence.
The typical interconnection queue wait is now roughly 4.5 years — the multi-year process every new power plant or battery must complete before it can connect to the grid.
Three compounding causes: a historic flood of new applications (renewables plus data-center demand) overwhelming grid operators, a high share of speculative projects clogging the queue, and the need for expensive transmission upgrades to connect new capacity.
A ~4.5-year wait means the power available for the next generation of AI is set by decisions made half a decade earlier, pushing operators toward on-site generation and other ways to jump the queue.
Where AI is landing, the power it needs, and the grid bottlenecks ahead — every figure cited.
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