Bitcoin and Nevada's grid
How Nevada can turn wasted energy into grid strength with bitcoin.
Nevada makes a lot of power when it doesn't need it, and is about to need a lot more power than it has. Flexible bitcoin mining is one of the few loads that can help on both sides of that problem.
Nevada's grid by the numbers
of Nevada's 2025 electricity came from solar. Natural gas was 50.5% and geothermal 8.6%.
Nevada's national rank for geothermal production. It ranks fourth for solar.
NV Energy's projection for data centers' share of its electricity sales, from today to 2046.
of battery storage requested in NV Energy's 2026 resource plan, alongside 4,370 MW of solar, 180 MW of geothermal, and 1,223 MW of gas.
Sources: The Nevada Independent and U.S. News reporting on NV Energy's 2026 Integrated Resource Plan; NV Energy filings with the Public Utilities Commission of Nevada. NV Energy has said it's on track to miss Nevada's 50% renewable standard for 2030 because of data center demand.
Where bitcoin mining fits
Soak up midday solar
When the sun is high and demand is low, surplus solar gets curtailed or sold cheap. A miner can switch on to use it and give the plant a paying customer for power that would otherwise go nowhere.
Give power back at the peak
Miners can shut down in seconds. On other grids, miners enroll in demand response and curtail at the grid operator's call. Summer evenings in Las Vegas are exactly when Nevada needs that.
Back new geothermal and remote projects
Geothermal sites are often far from cities and transmission. A miner can be the first customer on day one, so a project earns revenue before the power line is finished.
Make storage and solar pencil out
A flexible buyer for surplus power improves the economics of the solar and storage Nevada is already planning to build.
Reuse the heat
Every miner is a heater. Greenhouses, aquaculture, and industrial drying can use that heat instead of burning more gas.
Jobs outside the Strip
Rural counties with land, power, and geothermal resources are where these projects make the most sense.
What a good Nevada policy would require
- Interruptible service: miners agree to curtail during peaks and emergencies, in exchange for lower rates.
- Full cost of service: no shifting of grid costs onto residential customers.
- Siting next to surplus generation, not in the middle of constrained parts of the grid.
- Public disclosure of energy use, water use, and noise.
- Priority for projects that reuse heat or support new geothermal.
Fair questions
Doesn't bitcoin mining raise electricity prices for everyone else?
It can if it's connected the wrong way. The model worth pursuing is mining that pays its full cost of service, runs on otherwise wasted or surplus power, and agrees to shut off during peaks. Done that way, it adds revenue to the system instead of competing with households.
Does NV Energy have a bitcoin mining program today?
Not that we know of. This page describes what could work in Nevada based on how flexible loads are used on other grids, like demand response programs in Texas. It's a case, not a description of an existing program.
What about water use?
Most bitcoin mining is air cooled and uses little water compared to many data center designs. Any project in Nevada should still disclose its water use, because water is the constraint that matters most in the desert.
Is this better than letting AI data centers use the power?
They solve different problems. AI data centers need power around the clock. Bitcoin mining can stop and start in seconds, so it fits the hours and places where power would otherwise be wasted, and it can step aside when other customers need it.
Exploring flexible load in Nevada?
If you own land near generation, run a geothermal or solar project, or work on energy policy, we'd like to compare notes.
Or meet us in person at a CryptoMondays Vegas meetup. Also on Telegram and X.