FERC issued large-load directives requiring data center operators to demonstrate demand and feasibility before grid interconnection approval.

The most expensive thing on a data center campus is the one nobody photographs: a finished building that can't turn on.

I've stood in them. The switchgear is energized on backup. The generators have run their acceptance tests. The cooling plant is commissioned, the racks are staged and every system works exactly as designed except the one that matters most—a firm connection to the grid.

A campus can sit like that for months. In the worst regions, for years. Hundreds of millions of dollars in capital, and the megawatts of computing the business is counting on, wait on an interconnection study that grinds forward on a timeline no one in the building controls.

That is the real problem the data center industry faces. Our problem is not that we can't build—we build faster than almost any industry in the country. Our problem is speed to power: the gap between a ready building and a live utility feed. That gap has three dimensions.

The first is time. Interconnection queues were built for a world where the big new thing connecting to the grid was a power plant, not a 300-MW load. Load interconnection was an afterthought, handled case by case. A single large load at 100 to 500 MW—the equivalent of a small city—now lands on a system never designed to evaluate it quickly.

The second is inconsistency. The same company can develop three campuses in three regions and face three completely different processes, three cost-allocation methods and three timelines. There is no national standard for how a large load connects. Every RTO, every utility, every study queue operates as its own country with its own language. That unpredictability is its own tax; you cannot plan capital around rules that change at the border.

The third is blame. Data centers are tied to the majority of projected load growth in several states, and the political backlash has followed, with rate cases, moratorium proposals and local opposition. Whether or not the framing is fair, it is now a permitting risk we carry into every service territory.

The Federal Energy Regulatory Commission's June 18 action issued six show cause orders under Section 206 of the Federal Power Act, one to each FERC-jurisdictional grid operator: PJM, MISO, SPP, CAISO, NYISO and ISO-NE. FERC made a preliminary finding that their current tariffs appear inadequate because they lack clear and consistent rules for large loads.

Each operator has 60 days to either defend its tariff or file revisions, plus a separate 30-day deadline to report on how it will ensure enough generation exists to serve these loads. FERC defined a large load as peak demand above 50 MW connecting at voltages above 69 kV.

The reforms FERC wants include a real interconnection process for large loads; cost transparency so new loads don't shift network-upgrade costs onto existing customers; clear rules for co-location and behind-the-meter generation; a new class of transmission service for loads that can flex; and a study process for generation sited next to those loads. The action traces back to an October 2025 letter from the Energy Secretary pushing FERC to standardize large-load interconnection.

On the inconsistency problem, FERC's action genuinely helps. Forcing all six operators to answer the same questions at the same time is the first real attempt to pull large-load rules toward a common standard. If it works, a developer will finally expect the same basic playbook in PJM as in MISO, removing a real source of delay and risk.

On the blame problem, it helps more than it may appear. The cost-transparency push is easy to read as a threat and smarter to read as a shield. If a tariff makes clear that a data center is funding its own network upgrades and not leaning on neighbors, the local rate case argument against data centers becomes much weaker.

On the flexibility and co-location front, this is the most important signal in the package. FERC is explicitly asking operators to create service for loads that can flex and to write real rules for bringing your own generation. For years, co-location has been treated as a threat to be studied into oblivion rather than a solution. FERC just told the market to build a lane for it.

But this is a show cause order, not a final rule. It is the opening of a proceeding, not the end of one. Grid operators get 60 days to respond, followed by filings, protests, technical conferences and very likely rehearing requests. Nothing about June 18 energizes a single stranded building next quarter or adds one megawatt of generation or one mile of wire.

The new flexible-load fast lane only carries customers who are actually willing to flex. If the industry keeps walking into the queue demanding firm, uninterruptible power delivered on its schedule and nothing less, FERC's framework will route right past it.

The real takeaway is operational, not legal. The fastest path to power now runs through things the industry already controls. Every hyperscale campus is ringed with on-site generation that idles most of the year. Cooling loops, redundancy and the ability to shift workloads give far more room to curtail than is admitted in an interconnection meeting. FERC has just made that flexibility worth money and made co-location a legitimate route instead of a suspect one.

The move for data center customers is to stop asking only for a faster "yes" on firm service and start showing up with an offer already on the table: how many megawatts can be dropped, for how long, how quickly, and how much generation a customer brings itself. Developers who do that will turn FERC's framework into actual energized racks. Those who wait for the old model to get faster will still be staring at a finished building that can't turn on, only now with a policy win they didn't use.

FERC set a 60-day clock for grid operators. The smarter read is that it started a clock for data center customers too.