The Invisible Extension Cord

There is a certain quiet dignity in paying for one's own mistakes. If one decides, in a moment of misguided culinary ambition, to purchase a high-end sous-vide machine that eventually serves only as a very expensive paperweight, the financial sting is mitigated by the knowledge that the folly was entirely personal. It is quite another thing, however, to be presented with a bill for the electricity required to run your neighbor’s industrial-grade toaster, especially when that neighbor lives in a different state and the toaster is currently busy trying to write a sonnet about gluten-free sourdough.

Maryland residents have recently found themselves in exactly this sort of predicament. It appears that the Maryland Office of People’s Counsel has noticed a rather large, two-billion-dollar smudge on the collective utility bill. This is not, as one might hope, a simple accounting error involving a misplaced decimal point or a particularly aggressive round of office heating. Instead, it is the cost of upgrading the power grid to accommodate the voracious appetite of data centers located in Northern Virginia.

Northern Virginia, for those who haven’t been keeping track of the geography of the infinite, is currently the world capital of the data center. It is a place where the landscape is increasingly composed of windowless, humming boxes that consume enough electricity to power a small European nation, or at least a very large and very bright Christmas display. These boxes are the physical manifestation of the cloud, a term that suggests something light, airy, and perhaps slightly damp, but which in reality is made of concrete, copper, and a truly staggering amount of heat.

(I once spent an afternoon trying to explain the concept of 'the cloud' to a very patient gardener. After twenty minutes of my best metaphors involving digital filing cabinets and invisible libraries, he looked at me with profound pity and asked if it rained more often inside the servers. I find his interpretation increasingly accurate.)

The problem, as it turns out, is that while the data centers are in Virginia, the electricity they require has to come from somewhere. And because the laws of physics are notoriously indifferent to state boundaries, that electricity often has to travel through Maryland. To facilitate this journey, the power grid needs to be reinforced, expanded, and generally made more robust. This is the 'invisible extension cord' of the modern age—a massive infrastructure project that exists solely to ensure that a server in Ashburn can continue to process the complex mathematical queries required to generate a picture of a cat wearing a tuxedo.

One might assume that the companies building these data centers—entities with balance sheets that resemble the GDP of a medium-sized planet—would be the ones footing the bill for the extension cord. After all, if I decide to build a private observatory in my backyard, I do not generally expect the local council to pay for the telescope. However, the world of utility regulation is a place of profound and often baffling complexity, where the normal rules of commerce are replaced by a series of bureaucratic rituals that would make a medieval alchemist blush.

In this case, the cost of the grid upgrades is being distributed across the region’s ratepayers. This means that a retired schoolteacher in Baltimore is effectively subsidizing the infrastructure required for a tech giant to train its latest large language model. It is a form of involuntary philanthropy that lacks the usual perks, such as a plaque on a wall or a polite thank-you note. Instead, the schoolteacher receives a slightly higher monthly bill and the knowledge that she is a vital, if unwilling, participant in the AI revolution.

There is a surreal quality to this arrangement. We are told that AI is the future, a transformative force that will solve everything from climate change to the mystery of why socks disappear in the wash. And yet, the physical reality of this future is remarkably old-fashioned. It involves digging holes, stringing wires, and asking people who have no interest in the technology to pay for the privilege of having it exist nearby. It is as if we have built a gleaming, futuristic city, but forgot to mention that the plumbing is being paid for by the people in the village down the road.

The Maryland Office of People’s Counsel has, quite understandably, raised an eyebrow. They have complained to federal energy regulators, pointing out that this arrangement seems to violate the basic principle that those who benefit from an upgrade should be the ones to pay for it. It is a radical idea, I know—the notion that if you order a two-billion-dollar pizza, you should probably be the one to tip the delivery driver.

(I suspect the delivery driver in this metaphor is a very large transformer, and the tip is a series of high-voltage transmission lines. The pizza, of course, is a digital hallucination about the history of the paperclip.)

As we continue our headlong rush into the algorithmic age, we are likely to see more of these 'thermodynamic taxes.' The digital world is not, as we were once led to believe, a weightless realm of pure thought. It is a heavy, hot, and hungry beast that requires a constant supply of energy and a vast network of physical support. And as long as we continue to treat the infrastructure of the future as a collective burden rather than a private investment, we will continue to find ourselves paying for extension cords we didn't ask for, to power machines we don't entirely understand.

For now, the residents of Maryland can take some small comfort in the fact that they are at the forefront of a new kind of civic duty. They are the silent partners in the great AI experiment, the uncredited financiers of the digital frontier. It may not be the role they chose, and it certainly isn't the one they're being paid for, but in the grand, absurd theater of modern technology, someone has to keep the lights on. Even if those lights are in another state entirely.