By KERRY SMITH BUCK

Thanks to federal and state agencies’ response to staggering electricity demands due to AI, tech giants are rapidly bypassing public utilities to build, fund and control their own off-grid power plants – investing directly in modular gas, next-generation nuclear and natural gas infrastructure.

Federal regulatory changes are accelerating power approvals through a massive push to eliminate grid backlogs, fast-track “behind-the-meter” co-location projects and radically compress the timelines for nuclear licensing.

Driven by the White House’s July 2025 Executive Order on Data Center Infrastructure and an explicit directive to win the global AI race, agencies have transitioned from a reactive stance to aggressive, fast-tracked overhauls.

And the private sector is seizing these fast-track opportunities – particularly when it comes to data center development and construction by tech giants.

Meta, Amazon, Microsoft and start-up developers – such as Oklo, TerraPower and Vistra –are legally and rapidly bypassing public utilities to build off-grid power generation facilities. They’re taking advantage of greatly reduced wait times thanks to recent regulatory changes on the federal level.

In some cases, a project that would have taken four years to receive regulatory approval is now getting the green light in less than one year’s time.

Private-Sector Power Developer Leaders

Oklo Inc. (backed by Sam Altman) and TerraPower (founded by Bill Gates) are leading the transition to next-generation corporate power, serving as critical anchors in Meta’s massive multi-gigawatt nuclear strategy. Tech companies use their solid balance sheets to fund these startups, creating the revenue certainty that commercial banks require to finance multi-billion-dollar reactor construction.

Oklo focuses on compact, fast-fission reactors designed for scalability and direct co-location with heavy energy consumers like data centers. Its core technology is a sodium-cooled, fast-neutron reactor known as the Aurora powerhouse. The 75-megawatt system uses heat pipes to transport energy to a supercritical carbon dioxide power conversion system. Meta is one of its biggest clients.

The first phase of Oklo’s campus in southern Ohio (for Meta) is targeted to come online as early as 2030.

TerraPower focuses on utility-scale, advanced Next-Gen reactors featuring a unique built-in storage system. TerraPower’s core technology is powered by its proprietary Natrium technology which also uses a sodium-cooled reactor. The molten salt energy storage system enables the plant to temporarily boost its total output to 4 gigawatts to accommodate peak AI training workloads. Meta is a TerraPower client and partner. Together they’ve deployed more than a half dozen Natrium plants nationwide. Construction is currently progressing on TerraPower’s first separate demonstration plant in Kemmerer, Wy.

Federal Reg Changes to Expedite Data Center Power Sources

How are these tech giants fast-tracking these huge-load power projects?

On the federal level, the Federal Energy Regulatory Commission has completely restructured how large energy consumers interface with regional power grids to circumvent wait times that previously exceeded eight years.

In June 2026, the FERC issued sweeping orders directing the country’s major regional grids to overhaul their interconnection rules within 60 days to fast-track massive data center loads.

An example of this fast-tracking is the FERC’s approval of PJM Interconnection’s emergency proposal allowing shovel-ready power projects of at least 250 megawatts that can come online within three years to completely skip standard, backlogged application queues.

States are jumping on board the fast-tracking concept as well. In the Lone Star State, the Public Utility Commission of Texas is backing the Electric Reliability Council of Texas’ new approach to process multi-gigawatt data center applications in synchronized batches rather than evaluating each proposal individually.

Legalizing and Streamlining “Co-Location”

Co-location is another means through which tech companies are advancing their power-intense projects when situating them next to an existing campus. Known as “behind the meter” co-location, it allows the developer to entirely bypass the public transmission grid.

In December 2025, the FERC issued a landmark ruling mandating clear, standardized rules for co-locating data centers at power plants. This ruling forces grid operators to provide flexible transmission options. It allows a tech company to draw primary power straight from its dedicated generator while safely securing secondary, back-up capacity from the grid – rather than waiting for full grid expansion.

Extreme Time Reductions in Nuclear Licensing Timelines

Because tech giants are relying heavily on small modular reactors and microreactors to achieve green, 24/7 base-load power, the Nuclear Regulatory Commission has dramatically revised decades-old frameworks.

One of these is the “Part 57” Framework. In Spring 2026, the NRC introduced new rules specifically tailored to low-risk microreactors – those ranging between 1 megawatt and 20 megawatts. This slashed license approval times from a typical five years down to just six to 12 months.

And under these risk-informed frameworks, environmental review exemptions are allowing qualifying small-footprint reactors to opt out of preparing extensive, multi-year National Environmental Policy Act environmental impact statements, removing a huge legal bottleneck.

Opening Federal Lands

The Dept. of Energy has designated specific federal sites – including areas adjacent to national laboratories and military bases – as fast-track zones. Private-sector partners can bypass traditional municipal zoning laws to simultaneously construct AI data clusters and advanced energy-generation facilities on this land.