Behind the meter isn't beyond the regulator
Skip the grid queue. Build the power on-site. Energize faster.
That is the promise of behind-the-meter generation, and the attraction is real. In a market where power can determine when an AI campus opens, buying greater control over the energization timetable has obvious value.
But there is a trade.
Behind-the-meter can buy speed. It doesn't make the infrastructure risk disappear. It moves risk to another place in the ecosystem of the project.
On-site generation still needs environmental approvals before it can be built and operated. When those approvals stall, a gas turbine can be no faster than a substation.
Oregon makes the point neatly. Its pause on specified air and water permits for new or expanded data centers runs through July 2027. The bottleneck doesn't have to be the grid to stop a campus from moving.
What about reliability?
Take the grid away and the campus becomes wholly dependent on its own generation architecture. Five-nines reliability doesn't disappear as an expectation just because the grid does. Someone still has to fund the additional generation, storage, fuel arrangements and operating reserves needed to support it.
What about interface?
The generation plant and the data center have to arrive together. Equipment, permits, construction and commissioning all need to line up. Two construction programs running side by side create more interface risk, not less.
Frequently, there may be another layer: the power project and the data center may have different owners and different financing.
That creates a simple but important question.
What happens to the data center financing if the halls are finished but the generation isn't? Or, what happens to the power financing if the generation is ready but the load isn't?
That is where completion tests, delay regimes, step-in rights and cross-project dependencies stop looking like legal plumbing and start protecting value.
Behind-the-meter can buy control over the energization timetable.
But it doesn't eliminate infrastructure risk. It changes who carries it.
That can still be a very good trade. The question is who takes the permitting, redundancy, fuel, financing and construction-interface risk, who gets paid for it, and what happens when the power project and the data center stop moving in step.
Faster power isn't free power. It is risk moved somewhere else in the project ecosystem, and that is the trade to price before the turbines arrive.
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Data Centres – A modern digital asset class
Campus to Capital | The campus hasn't changed. The collateral has
Authors: Jane Rueger, Partner; Michael Herrera, Partner; Camarin Madigan, Partner; Jamie Ng, Partner.
