OpenAI is making a promise that sounds pretty reasonable. When the electrical grid is struggling to keep up with demand, its massive AI data centers should be the ones to use less electricity, not the families trying to keep their homes comfortable.
Of course, there is something a little unsettling about the fact that such a promise is necessary in the first place. Artificial intelligence is consuming so much electricity that the company behind ChatGPT now has a formal program dedicated to making sure its operations don’t interfere with something as basic as keeping the lights on.
Announced Monday, the Grid Protectors Program is designed to reduce electricity consumption at future OpenAI data center campuses during periods of extreme demand. Think summer heat waves when millions of air conditioners are running or freezing winter nights when people need electricity to heat their homes.
Rather than demanding electricity regardless of what is happening around it, OpenAI says its facilities will be designed to reduce their consumption when utilities need them to. The company also plans to explore using batteries and on-site power generation to help manage demand.
I actually think this is a good idea. Nobody should have to worry about losing electricity because a technology company needs to generate AI videos or answer questions about dinner recipes.
The first major test will come in Georgia, where OpenAI is developing an enormous data center campus in Effingham County. The project, known as Project Camellia, is expected to require as much as 3,200 megawatts of electricity when fully operational.
For perspective, that’s 3.2 gigawatts. We’re talking about the kind of electrical demand normally associated with entire cities, not a single company’s computing facility.
Under its agreement with Georgia Power, OpenAI has committed to making up to 1,000 megawatts of that demand flexible. In other words, the utility could reduce the amount of electricity delivered to the campus when the grid comes under pressure.
OpenAI says that amount of electricity is equivalent to the average consumption of approximately 700,000 American households. That’s an impressive figure, although it doesn’t mean the company will literally power 700,000 homes during an emergency.
It also means that even after a maximum reduction, the facility could still require approximately 2,200 megawatts if it were otherwise operating at its full projected demand. That’s an incredible amount of electricity for one campus.
There is a financial argument here, too. OpenAI says it will pay for the electricity and infrastructure its facilities require rather than passing those expenses along to ordinary customers.
Georgia Power has also projected approximately $950 million in annual customer savings beginning in 2029, potentially reducing the typical residential customer’s bill by at least $15 per month. Those projections involve a broader collection of large electricity customers and expected growth, however, so it would be misleading to credit OpenAI alone.
And projected savings are not the same thing as money actually appearing in your bank account.
In fact, consumer advocates in Georgia have already raised concerns about transparency and whether residential customers could ultimately end up paying for infrastructure built to serve massive data centers.
That concern makes sense. What happens if the AI industry builds facilities requiring extraordinary amounts of electricity, only for demand to fall short of expectations? Somebody could end up paying for electrical infrastructure that is no longer needed.
Georgia Power has agreed to additional safeguards intended to protect customers if large electricity users terminate their contracts early. Those protections are encouraging, but the public will have to judge their effectiveness over time.
There is another issue worth considering. OpenAI’s announcement describes commitments for campuses it develops, with the exact arrangements depending on the location. It is not a blanket promise that every data center running OpenAI technology will immediately reduce its electricity consumption whenever demand rises.
The Georgia campus is still under development, too. For now, we’re discussing what OpenAI says it intends to do rather than a program with years of demonstrated results.
None of this makes the Grid Protectors Program a bad thing. Quite the opposite. If AI companies are going to build enormous computing facilities across America, the ability to reduce electricity consumption during emergencies should probably be a basic requirement.
But I also don’t think OpenAI deserves a standing ovation for promising that ordinary Americans shouldn’t subsidize its infrastructure or compete with its servers for electricity. Those should be the expectations from the beginning.
AI may eventually deliver tremendous benefits to society, but those benefits shouldn’t come at the expense of affordable electricity. People already have enough bills to worry about without wondering whether ChatGPT is going to make their electric bill more expensive.
OpenAI has made some encouraging commitments here, and I hope other companies follow its example. What matters now is whether those promises hold up when its facilities are operating and the electrical grid is under pressure.
Because when temperatures soar and the grid is approaching its limits, Americans shouldn’t have to compete with an AI chatbot to keep their air conditioners running.
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