Data Centers Are Pushing US Electricity Bills Up — What It Means for Crypto Miners

On November 3, 2026, American voters did something the tech industry did not expect: in town after town, they voted against the data centers powering the AI boom. The reason, in most places, was the same — the electricity bill. This is a story about power prices, and power prices are the single biggest cost in crypto mining. Here is what happened, what the numbers actually say, and what it means for anyone mining — or thinking about mining — in the United States.

What happened on November 3

Voters decided 41 local ballot measures about data centers across 10 states on November 3, 2026, and rejected or restricted data center development in nearly all of them — 46 of 47 decided local measures across 13 states in 2026, according to tallies reported after the election. Ohio was the epicenter: 21 measures in 18 municipalities, including Trenton, where about 80 percent of voters backed a ban on large data centers, according to unofficial results reported by WVXU. CNBC summarized the national result bluntly: voters rejected data centers in every ballot measure except one. All results remain unofficial until local canvasses certify them.

The backlash is not a fringe mood. A Gallup survey in May 2026 found about 70 percent of Americans opposed having data centers in their local communities. A CNBC All-America Economic Survey in October 2026 found 63 percent of registered voters opposed a data center within 10 miles of their home, and only 13 percent supported the idea. A Heatmap poll the week before the election found rising electricity prices were the leading reason for opposition. NBC exit polling found 56 percent of voters said AI and data centers played a crucial or major role in their vote.

This matters for crypto because miners and AI data centers buy the same thing: electricity, in bulk.

Why electricity bills are rising

US residential electricity prices have risen more than 10 percent since 2024, according to Energy Information Administration data cited by Reuters. In Ohio, where data center activity is expanding fast, residential bills have risen more than 20 percent in two years. Georgia Power customers have seen monthly bills rise by about $44 across six increases since 2023.

The clearest evidence comes from PJM Interconnection, the grid operator serving 13 states and Washington, D.C. PJM runs a capacity auction that pays power plants to be available at peak demand years ahead, and spreads the cost across all customers — so a jump in forecast demand raises every household's bill. The auction clearing price tells the story: $28.92 per megawatt-day for 2024/25, $269.92 for 2025/26, and $329.17 for 2026/27. The grid's independent market monitor estimated that data centers accounted for 63 percent of the increase in the 2025/26 auction, adding $9.3 billion in charges, according to the Institute for Energy Economics and Financial Analysis (IEEFA). IEEFA estimated the increase would add about $16 a month to the average residential electricity bill in Ohio and $18 in western Maryland. The same monitor estimates data centers will add at least $23 billion to customer bills over the three years ending May 2028.

The demand behind those numbers is enormous. The International Energy Agency projects global data center power consumption will nearly double from 485 terawatt-hours in 2025 to 950 terawatt-hours by 2030. In the United States alone, the Congressional Research Service notes data centers already consumed 4.7 percent of national electricity in 2024, on a trajectory toward 15 percent by the end of the decade. Transformers now carry lead times past three years, and regional interconnect queues are frozen in places.

What the numbers actually say — and what they do not

Honesty requires the other side of this story. Data centers are not the only reason bills are rising, and experts disagree about how much of the increase belongs to them. Electricity prices are also climbing because of aging grid infrastructure that needs replacing, extreme weather, fuel costs, state and local regulations, and growing demand from homes, electric vehicles, and factories. FactCheck.org, citing energy researchers, noted the impact varies by region and depends on existing grid capacity, fuel costs, and who pays for infrastructure upgrades. In regions with spare generating capacity, a new data center can spread fixed grid costs across more usage and barely move household bills. In tight regions — Northern Virginia, home to the largest concentration of data centers in the world — the pressure is far more visible.

Politics has noticed, from both parties. The House passed the Ratepayer Protection Act by 417 votes to 3 in September 2026, pushing state regulators to consider making large electricity users pay for the grid upgrades they require. The Senate version failed a procedural hurdle on September 30, with 57 votes against 43 when 60 were required; Democrats argued then that the proposal did not go far enough to protect consumers and backed a separate measure requiring data centers to cover the full cost of grid upgrades. Both Republican and Democratic officials, from the White House to local councils, have said tech companies — not households — should pay for the power their data centers need.

The November 3 votes do not shut down the AI buildout — most capacity due in 2027 is already under construction. What they did is make the next round of projects, the large wave of new US capacity expected in 2028, slower, costlier, and more dependent on local politics.

What this has to do with crypto mining

A miner's profit is simple arithmetic: coin revenue minus electricity cost. Electricity is the largest ongoing cost in mining, and it is the cost miners control least. When power prices rise 10 or 20 percent in a region, a mining setup that was profitable can go underwater — and unlike a data center, a miner cannot pass the cost to anyone else.

That is exactly what happened to the broader market this week. Bitcoin fell from above $80,000 after the midterm elections to about $75,800 on November 6, 2026, down roughly 6 percent in 24 hours, with more than $1.25 billion in crypto liquidations, according to CoinGecko data reported that morning. The Nasdaq fell 5.2 percent on Thursday, November 5, in a tech-led selloff. Falling coin prices and rising power prices squeeze miners from both sides at once.

Home mining in the US feels this first. A rig in a spare room pays the residential rate — the same rate voters are protesting — plus cooling, plus noise, plus hardware that depreciates. When the local grid is tight, the home miner is competing for power with every data center in the county.

How a smart-switch optimizer responds when power costs move

This is the exact problem ShiftHash's AI Smart-Switch optimizer is built for. Instead of locking hashpower to one coin, the optimizer scores all 12 eligible proof-of-work coins — BTC, BCH, LTC, DOGE, KAS, ETC, RVN, ZEC, DASH, ERG, FLUX, and DGB — every 15 minutes, on net yield: what a coin earns after the costs of mining it. When energy costs move, net yields move, and the ranking changes. The optimizer switches hashpower only when another coin offers at least a 5 percent net-yield advantage, so it does not chase noise — but it does not sit still while the economics shift underneath it either.

Two details matter here. First, FLUX has no reliable price feed, so it is not scored — the optimizer only switches on coins it can measure honestly. Second, ETH is proof-of-stake, not proof-of-work, so it is not mineable and is not in the eligible set at all.

The switch limits are per plan, per day: 1 switch a day on the $20 plan, 5 on $100, 15 on $300, 30 on $500, and 60 on $1,000 — and they stack when you hold multiple plans. Hashrate runs from 160 TH/s on the $20 plan to 8,000 TH/s on the $1,000 plan, with plan ROI estimates of 180, 210, 240, 270, and 300 percent respectively. Those yields are estimates, never guaranteed — in a week like this one, with Bitcoin down 6 percent in a day, that caveat is not fine print. It is the whole point.

Cloud mining also changes whose electricity bill matters. A ShiftHash user does not run hardware at home and does not pay a residential rate. The mining fleet operates where power economics work, and the optimizer's job is to keep hashpower on the coin that pays best after costs, wherever those costs sit. That does not make mining immune to energy prices — nothing is — but it means a US user is not personally absorbing the PJM capacity auction in their own monthly bill.

What to watch next

Three things decide how this plays out for miners: certification of the November 3 results; Congress, where the Ratepayer Protection Act debate returns in January and will shape what large electricity users pay for grid upgrades; and the next PJM capacity auctions, already at their price cap. The lesson of November 3 is not that mining is doomed — it is that the cheapest coin to mine this month may not be the cheapest next month, and the miner who can move when the math genuinely favors it has an edge over one locked to a single coin and a single power bill.