Public Comment

AI data centers run services such as search, cloud tools, and artificial intelligence. They use a lot of electricity, including power for cooling. As data centers ask for more power, the electric grid may need new power lines, substations, power plants, batteries, or other upgrades. The policy question is how to keep the grid reliable, allow useful new technology, limit pollution, and avoid shifting unfair costs onto ratepayers. This is about who should pay for new electric infrastructure, how fast the grid should grow, and what protections customers should have as AI power demand rises.

What should be the top priority for handling AI data-center electricity demand?

Overall results

1
56% support · excluded by 5%
7

Building more infrastructure spreads risk across the whole system. It can serve homes, factories, and future growth, not only one data-center customer.

3

The grid needs more capacity, and long delays can make shortages and price spikes worse. Faster approvals for power lines, generation, and storage can help keep electricity reliable.

2
53% support · excluded by 12%
7

Customer protection should come first because utility costs can last for decades. A bad deal today can leave ratepayers paying for lines and plants long after the data-center contract changes.

7

Electric bills are already a serious burden for many families and small businesses. Regulators should approve large new loads only after checking that ordinary customers will not be left paying the bill.

3
51% support · excluded by 10%
5

Data centers should not increase pollution or compete with homes for limited power. Requiring new clean power or storage can let AI grow without adding as much strain to the grid.

4

Large tech companies often have the money and planning ability to buy or build their own power. Asking them to bring clean supply is fairer than letting others absorb the costs.

4
45% support · excluded by 8%
5

Slowing approvals in stressed regions can prevent a rush to build expensive infrastructure. It gives communities more leverage to set clear rules before demand overwhelms local planning.

4

In some areas, the grid may not be ready for very large new customers. A temporary pause can give regulators time to study costs, reliability, water use, and community effects before approving more projects.

5
43% support · excluded by 17%
4

Data centers create large, specific costs. They should pay for the lines, substations, and other upgrades needed to serve them instead of spreading those costs across ordinary electric bills.

4

If a data center wants a fast connection, it should bring money with it. That approach can let useful projects move forward while protecting customers who did not cause the new demand.

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