Location is the most consequential decision a mining operator makes—and location is really just a proxy for power cost. The difference between mining in Texas at $0.065/kWh and mining in New York at $0.18/kWh is the difference between a thriving operation and one that never should have been built. This guide breaks down the state-by-state landscape for Bitcoin mining power costs in the United States as of 2026.

Why State-Level Comparison Matters

Electricity pricing in the U.S. is not national. It is determined at the state and utility level by a combination of fuel mix, regulatory structure, demand growth, infrastructure age, and political environment. Two states 500 miles apart can have industrial power rates that differ by 100% or more.

For mining operators, the relevant rate is the all-in industrial/commercial rate—not the residential rate quoted in most energy comparisons. This includes base energy charges, demand charges, transmission charges, distribution charges, and any applicable riders or surcharges. The all-in rate is often 20–40% higher than the base energy rate alone.

Deregulated markets (like Texas and parts of Ohio) allow operators to negotiate power purchase agreements (PPAs) directly with generators, sometimes achieving rates below the published average. Regulated markets (like Georgia and Kentucky) offer rate stability but less flexibility.

State-by-State Comparison (2026)

Rates reflect 2026 all-in industrial electricity costs based on EIA data and industry reporting. “Best Achievable” reflects negotiated PPA or special tariff rates available to large industrial loads.

State Deep Dives

Texas (TX)

Texas remains the largest mining market in the U.S. and for good reason. ERCOT’s deregulated wholesale market allows direct PPAs with generators at rates that can drop below $0.04/kWh during off-peak periods. The state has no income tax, abundant natural gas, and a political environment that is actively supportive of data center and mining operations.

However, Texas comes with risks. ERCOT’s pricing is volatile: summer peak events can push real-time prices above $5.00/kWh, and the grid operator has implemented demand response programs that require large loads to curtail during emergencies. Operators must either participate in demand response (earning curtailment credits) or accept exposure to extreme price spikes. The infrastructure in the western regions (ERCOT West) also faces transmission congestion that can limit available capacity.

The 4CP (four coincident peak) demand charge structure adds complexity. Sophisticated operators manage 4CP exposure to reduce transmission charges, but this requires active monitoring and load management capability that not every operation has built.

Georgia (GA)

Georgia offers moderate industrial rates through its regulated utility structure, primarily through Georgia Power and municipal electric authorities. Rates are stable and predictable, which simplifies financial planning but limits the ability to negotiate below published tariffs.

The state has become a significant data center market, which is putting upward pressure on grid capacity and interconnection timelines. Mining operations seeking new grid connections in metro Atlanta-adjacent areas may face multi-year waits similar to other high-demand data center markets.

Kentucky (KY)

Kentucky has emerged as a mining-friendly state with some of the lowest industrial power rates in the eastern U.S. The state’s regulated utilities offer stable, low-cost power derived primarily from natural gas and coal generation. Kentucky also passed legislation in 2023 providing tax incentives for cryptocurrency mining operations, including exemptions from state sales tax on electricity consumed for mining.

The combination of low base rates, state-level tax incentives, and a supportive regulatory environment makes Kentucky one of the more attractive grid-power destinations for mining operators who prefer utility-based power.

Nebraska (NE)

Nebraska is unique in the U.S. as the only state where all electricity is served by public power districts rather than investor-owned utilities. This structure generally results in lower rates and more transparent pricing. Industrial rates average around $0.083/kWh, with some public power districts offering negotiated large-load rates below $0.07/kWh.

The state’s political environment is neutral to mildly supportive of mining. Cold winter temperatures provide natural cooling advantages for air-cooled operations for a significant portion of the year.

Ohio (OH)

Ohio’s deregulated electricity market allows PPAs and competitive supplier arrangements, but all-in rates tend to be higher than the most competitive markets due to transmission and distribution charges. The best achievable rates for mining operations fall in the $0.06–$0.08/kWh range with negotiated supply agreements.

Ohio’s proximity to Appalachian natural gas production creates opportunities for behind-the-meter and on-site gas generation that can undercut grid rates. Several mining operations in eastern Ohio and West Virginia operate on wellhead gas at rates that compete with the cheapest grid power in the country.

Wyoming (WY)

Wyoming has positioned itself as one of the most blockchain-friendly states in the U.S. through a series of legislative actions beginning in 2019. The state offers low industrial power rates, access to wind energy, and proximity to natural gas resources in the Powder River Basin and Green River Basin.

Industrial electricity rates average $0.075/kWh, with negotiated rates available below $0.065/kWh for large loads. The state’s low population density and abundant land make siting large operations straightforward, and the cold climate reduces cooling costs for most of the year.

New York (NY)

New York is the most challenging state for Bitcoin mining in the U.S. Industrial electricity rates average $0.145/kWh—among the highest in the country—driven by high transmission costs, renewable energy mandates, and dense demand in the downstate region. In 2022, the state enacted a moratorium on new proof-of-work mining operations that use carbon-based power sources, effectively blocking new fossil-fuel-powered mining facilities.

Existing operations in upstate New York benefit from legacy hydroelectric contracts at rates below $0.05/kWh, but these contracts are limited and not available to new entrants. For any new mining deployment, New York is functionally a no-go market.

NatGas Generation: Beating Every Grid Rate

The state-by-state comparison reveals a range of $0.065–$0.145/kWh for grid-connected industrial power. Even the best grid rates available—negotiated PPAs in Texas or Kentucky—hover around $0.04–$0.065/kWh and come with caveats: price volatility, demand charges, curtailment requirements, or interconnection delays.

Natural gas generation deployed via modular datacenter units delivers power at a fixed rate that beats or matches the best grid rate in every state listed above:

The NatGas advantage is not just about the rate. It eliminates the three structural risks of grid power: rate volatility, interconnection delays, and demand charges. A fixed $0.055/kWh with 60-day deployment and no demand charges is a fundamentally different risk profile than a $0.04–$0.065/kWh PPA with 4CP exposure and a 12-month interconnection timeline.

More importantly, NatGas generation is location-independent. The power goes where the gas is, not where the grid has capacity. This opens up thousands of potential sites—wellhead locations, stranded gas assets, pipeline-adjacent properties—that grid-dependent operators cannot access.

State Incentives and Regulations to Watch

Beyond power rates, several states offer incentives or impose regulations that affect mining economics:

Sales tax exemptions on electricity. Kentucky, Texas, and Wyoming exempt or reduce sales tax on electricity consumed for industrial purposes, including mining. This can save 4–7% on top of the base power cost.

Property tax considerations. Mining hardware depreciates rapidly, which reduces property tax exposure. Some states offer additional incentives for data center equipment, including accelerated depreciation schedules or personal property tax exemptions.

Environmental and permitting requirements. States like New York and Washington have enacted or proposed restrictions on proof-of-work mining, particularly for operations using fossil fuels. Operators should verify current regulatory status before committing capital to any state.

Right-to-mine protections. Wyoming and a growing number of states have enacted “right-to-mine” or blockchain-friendly legislation that provides legal clarity and protection for mining operations against hostile local ordinances.

The Bottom Line

Choosing where to mine is choosing your cost structure for the life of the deployment. The state-by-state landscape in 2026 is clear: Texas, Kentucky, and Wyoming offer the best grid-power economics, while New York and California are functionally closed to new mining operations.

But the more fundamental question is whether grid power—in any state—is the right power source for a new mining deployment. Natural gas generation provides a fixed, low-cost, rapidly deployable alternative that eliminates the state-by-state rate comparison entirely. When you generate your own power, the relevant question is not “which state has the cheapest grid” but “where is the gas?”

Interested in deploying NatGas-powered mining infrastructure in any state? Learn more about our modular datacenter units or explore hosted mining packages.

Explore Rax Mining

• Bitcoin Miner Hosting — Competitive rates from $0.055/kWh
• NatGas MDU Units — 1MW modular datacenter containers
• Mining Profitability Calculator — Estimate your mining returns
• Our Facility — Tour our mining infrastructure