Just outside Cheyenne, a single crypto mining facility signed a five-year deal for up to 45 megawatts of power, with the option to push that to 75. That’s a lot of electricity for one operation. Enough to make anyone living nearby wonder what’s going on and who benefits, particularly when the bitcoin current price shapes how much these operations can afford to spend.
So why do these companies keep choosing Wyoming, how much power are they really drawing, and what does the state get back in return? In this article we’ll lean on figures from the U.S. Energy Information Administration and energy researchers at the University of Wyoming, to get a clear view of things.
The Fine Print Behind ‘Cheap’ Power
You’ve probably heard that Wyoming is a bargain for electricity. That’s mostly true. Residential rates average around $0.1247 per kilowatt-hour, which ranks the state 10th cheapest in the country according to figures compiled from EIA data.
But cheap generation alone doesn’t explain the pull. Plenty of states have low power costs.
What Wyoming added on top is a legal setup built specifically for this kind of business. Cryptocurrency is exempt from the state’s Money Transmitter Act, mining equipment carries a sales-tax exemption and there’s no state income tax at all. Lawmakers even created a flare-gas exemption in 2021, which we’ll come back to shortly.
That’s the real advantage. Not the rate on its own, but cheap electricity sitting alongside laws somebody wrote on purpose to welcome miners. Copying one piece is easy. Copying the whole stack is not.
How Much Electricity Are We Really Talking About?
This is the question that tends to worry people, and fairly so. Big power deals near your town raise big power questions.
Nationally, the EIA estimates that cryptocurrency mining uses somewhere between 0.6% and 2.3% of all US electricity. To put that in terms you can feel, the upper end matches the yearly demand of roughly three to six million American homes. That’s not nothing.
Wyoming does something clever with it, though. Mining machines can be switched off in seconds and back on just as fast. That makes them an unusually flexible customer for the grid, the kind that can soak up surplus electricity when there’s plenty and step aside when there isn’t. And Wyoming has plenty of surplus to work with. The University of Wyoming’s May 2025 energy review counted more than 3,200 megawatts of wind already online, with another 5,647 megawatts proposed, and electricity generation up 16.8% year over year in January 2025.
Wind doesn’t blow on a schedule. A buyer who can ramp demand up and down to match it is useful, to say the least.
Then there’s the flare-gas angle we mentioned. Some operators run their machines on stranded natural gas that would otherwise be burned off and wasted at well sites, turning a byproduct into something productive. According to the U.S. Energy Information Administration, it’s one of the more sensible ideas in the whole industry.
Having said all this, the flexible-load benefit only holds if operators actually power down during peak demand, and not every operator does. It’s a promise worth holding them to rather than assuming.
What Wyoming Gets Back
None of this happened by accident, and it wasn’t always smooth. Back in 2021, miners pointed out that Wyoming’s delivered energy costs could run up to 50% higher than rival states once transmission and distribution charges were added on, even though the generation itself was cheap. So the state earned this position through policy work, not luck.
What’s encouraging is that Wyoming keeps pairing growth with guardrails. The Virtual Currency Kiosk Act took effect on March 6, 2026, limiting crypto kiosks to licensed money transmitters so residents get some protection alongside all the investment. The state is also watching its own supply carefully; electricity exports slipped from 59.3% of total generation in 2022 to 55.6% in 2023, a sign that more power is being used at home and that officials are keeping an eye on the balance.
It helps to understand where a Wyoming miner’s work actually goes, too. Individual operations usually join large pools that combine their computing power. Binance Pool has long been one of the biggest; in February 2023 it held 15.54% of the global Bitcoin network’s computing power, ranking third behind Foundry USA and AntPool. By September 2023 its share sat around 10.36%, still among the four pools producing over 59% of all blocks.
That concentration is worth thinking about. As Binance-published market reporting put it, ‘Their combined market share of nearly 60% indicates a high level of concentration in the mining pool market’.
If a small group of pools decides where most Bitcoin blocks come from, does it matter even more where the physical machines, and the jobs and tax revenue attached to them, are located?
Before we close, here’s a quick snapshot of what draws miners to the state and the honest caveat sitting behind each one:
- Low generation costs, roughly $0.1247 per kilowatt-hour residential, though delivered industrial costs once ran higher than rivals
- Purpose-built laws, including tax exemptions and Money Transmitter Act relief, now balanced by new consumer rules
- Abundant wind that flexible mining demand can help absorb, provided operators genuinely curtail at peaks
- Flare-gas mining that puts otherwise wasted natural gas to work
The Long Game on the High Plains
Wyoming’s bet looks less like chasing fast crypto money and more like treating flexible energy demand as a kind of infrastructure, something that can steady a grid leaning hard on wind.
The state seems aware of the risks that come with success, too. As recently as June 2026, regulators were reportedly tightening rules on AI data centers as their power appetite grew alongside mining, an effort to stay ahead of the very demand Wyoming worked so hard to attract.
For those of us watching from the county, the most valuable thing Wyoming exports might not be electricity or Bitcoin at all. It might be the playbook itself.