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Behind-the-meter power bypasses grid bottlenecks

The guest argued that AI data center operators are increasingly bypassing traditional grid connection queues by deploying on-site, behind-the-meter power generation.

The argument

With grid connection wait times stretching to five to seven years, operators are turning to natural gas turbines, smaller mobile generators, and batteries. This allows them to get online faster and capture high early-stage AI revenues, despite higher localized energy costs.

The thesis, stress-tested
✓ What validates it
  • Increased sales of small-scale or mobile gas turbines to data center developers
  • Regulatory approvals for data centers to deploy large-scale battery storage to shave peak grid demand
▸ Risks discussed
  • Local air pollution and noise complaints leading to regulatory pushback or lawsuits
  • Higher cost per megawatt-hour compared to utility grid power
  • Supply chain backlogs for large turbines
Hear it yourself
"The big turbines made by companies like GE are sold out five to seven years. So now they're turning to smaller turbines or maybe a tenth to twentieth the size and a whole bunch of these things on the back of, semi tractor trailers, basically."
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GE: Behind-the-meter power bypasses grid bottlenecks · Zortix