North Dakota Electricity Rates
North Dakota’s average residential electricity rate is 13.45¢/kWh—about 25% below the national average. The state is America’s lignite capital: low-grade coal mined close to power plants supplies roughly 55% of generation, while wind approaches 30% and climbing. The Bakken oil boom reshaped western North Dakota’s economy and grid; massive Basin Electric and Minnkota Power G&T cooperatives anchor a Great Plains co-op model that pairs rural governance with baseload coal and prairie wind.
Lignite Country: North Dakota’s Coal Identity
North Dakota holds the largest lignite reserves in the United States—an estimated billions of tons of brown coal lying relatively close to the surface. For roughly a century, lignite mining and combustion have been woven into the state’s economy: mines feed mine-mouth power plants, keeping fuel costs predictable and supporting rural jobs across the Missouri River basin and the western coal counties.
Today, about 55% of North Dakota’s electricity still comes from coal and lignite, making the state one of the most coal-dependent in the nation. That profile differs from Appalachia: unlike regions where bituminous coal faces sharp decline, North Dakota’s lignite sector has sought to reinvent itself through efficiency upgrades, transmission investment, and—most prominently—carbon capture proposals that aim to preserve baseload plants while addressing emissions.
Lignite is lower in energy content than harder coals, but its abundance and proximity to generators make it economically compelling. Major plants include Basin Electric’s Coal Creek and Leland Olds stations and Minnkota Power’s share of the Milton R. Young station. Coal Creek drew national attention when retirement plans shifted toward continued operation paired with major transmission to export power southward.
North Dakota Lignite by the Numbers
North Dakota is among the least populated states, yet it operates some of the Upper Midwest’s largest power stations. That scale—combined with local fuel and cooperative ownership—helps explain why green residential rates sit 25% below the 18.05¢ national average. For a coal comparison in a different region, see West Virginia.
Hydro (~5%) includes federal dams on the Missouri River system such as Garrison Dam. Solar (~1%) is small but rising; natural gas (~8%) provides flexibility and peaking capacity alongside coal and wind.
North Dakota’s Electric Utilities
North Dakota’s power sector is dominated by cooperatives. Basin Electric and Minnkota Power are massive generation & transmission (G&T) cooperatives that wholesale power to dozens of distribution co-ops across the Dakotas and upper Midwest—the classic Great Plains co-op model. Investor-owned utilities play a major role in the cities: Montana-Dakota Utilities (MDU) serves Bismarck, Mandan, and Dickinson; Xcel Energy (Northern States Power) serves Fargo and Grand Forks in the east; Otter Tail Power reaches Wahpeton and portions of eastern North Dakota.
Basin Electric Power Cooperative is one of the largest electric G&T cooperatives in the U.S., headquartered in Bismarck. It operates Coal Creek Station (lignite) and Leland Olds Station, among other assets. Coal Creek was slated for closure; Basin Electric pursued a path to continue operation and paired the plant with a massive high-voltage DC transmission project to deliver power to southern markets.
Montana-Dakota Utilities serves southwestern and south-central North Dakota including Bismarck, Mandan, and Dickinson. It is part of MDU Resources Group. MDU’s territory overlaps themes explored on our Montana page, where the same parent company operates.
Xcel Energy serves eastern North Dakota through Northern States Power, including Fargo and Grand Forks. Xcel’s wind expansion in the region connects to a broader story on our Minnesota page, where the company is a major player and where North Dakota wind is often delivered.
Otter Tail Power Company serves Wahpeton and parts of eastern North Dakota along the Minnesota border, complementing its larger Minnesota footprint. Its generation mix and transmission ties link eastern ND customers to regional markets.
Minnkota Power Cooperative is a G&T cooperative that operates the coal-fired Milton R. Young Station (lignite) in North Dakota—the proposed site of Project Tundra carbon capture. Minnkota supplies wholesale power to distribution cooperatives in North Dakota and Minnesota.
The Great Plains Co-op Model
Basin Electric and Minnkota Power are not ordinary utilities: they are member-owned G&T cooperatives that generate and transmit power for scores of smaller distribution co-ops. Rural members elect boards; surplus margins may be returned through capital credits. That structure is deeply embedded in North Dakota culture—combining local accountability with the scale needed to run mine-mouth lignite stations and long-distance transmission.
Project Tundra & Carbon Capture
The most ambitious attempt to extend the life of lignite generation in North Dakota is Project Tundra—a proposed carbon capture and storage (CCS) system at the Milton R. Young Station, jointly owned by Minnkota Power and Square Butte Electric. If built, it would capture millions of tons of CO2 annually and pipe it for deep geologic storage—potentially one of the largest CCS endeavors in the United States.
The U.S. Department of Energy has awarded more than $350 million in federal funding to advance engineering and development. Proponents argue success could produce a replicable model for other lignite plants worldwide. Skeptics cite cost overruns and performance risk at projects like Mississippi’s Kemper plant—raising the stakes for Project Tundra as either a breakthrough or a cautionary tale.
North Dakota is also known for geologic CO2 storage: the Weyburn–Midale field crosses into Saskatchewan and has hosted one of the world’s longest-running commercial CO2 injection projects for enhanced oil recovery—evidence of the Williston Basin’s suitability for storage, though each new project must clear rigorous monitoring and permitting.
Project Tundra in Context
Milton R. Young is a workhorse lignite plant on the Missouri River near Center, North Dakota. Adding carbon capture would fundamentally change its economics and operations: new equipment, pipelines, and liability regimes for stored CO2.
If Project Tundra succeeds, it could bolster the argument that dispatchable coal can coexist with deep decarbonization—at least where geology and policy align. If it falters, critics will cite it alongside other troubled CCS megaprojects. Either outcome will shape how North Dakota’s lignite capital navigates the next decade.
Wind on the Prairie
North Dakota ranks among the nation’s best wind resource states: open prairie, strong seasonal winds, and relatively low population density simplify siting. Roughly 30% of in-state generation now comes from wind, and capacity continues to grow.
What makes North Dakota unusual is export: the state generates far more electricity than it consumes. High-voltage transmission—including Basin Electric’s DC line and other ties—moves power to Minnesota and broader markets. In that sense, North Dakota is both a lignite baseload hub and a wind exporter, with economics tied to regional demand and line availability.
For a comparison of Midwest wind policy and penetration, see our Iowa page—where wind dominates the generation mix even more heavily than in North Dakota, but without the same lignite baseload profile.
Wind vs. Exports
North Dakota’s wind turbines often produce more than local load requires at a given moment. Market exports help monetize that energy and justify new projects—but they also mean that local headlines about “percent wind” tell only part of the story. Transmission expansion remains the bottleneck and opportunity for the next wave of prairie wind.
Has North Dakota Considered Deregulation?
No. North Dakota remains a traditionally regulated electricity state. The North Dakota Public Service Commission (PSC) oversees rates, service quality, and siting for major facilities; cooperatives and municipals operate under separate governance but still face state and federal oversight on key matters.
With below-average rates anchored by lignite and cooperative structures, there has been little political appetite for retail electricity choice. Moreover, many customers already exercise voice through elected cooperative boards—a different flavor of “choice” than shopping among competitive retailers in states like Texas.
States with Full Retail Electricity Choice
North Dakota has not opened its market, but customers in these states can shop for competitive electricity rates with full retail choice:
Texas · Pennsylvania · Ohio · Illinois · Connecticut · New York
North Dakota Business Electricity Rates
North Dakota’s commercial rate of approximately 10.8¢/kWh supports energy-intensive industries and cold-climate operations. The state’s sparse population (~780K)—among the smallest in the U.S.—belies outsized electricity production and heavy industrial load.
Energy Extraction (Bakken)
The Bakken oil field brought a decade of explosive growth to western North Dakota. Oil drilling, pumping, and natural gas processing consume significant electricity. Flaring—burning associated gas when pipelines lagged production—became an environmental flashpoint and represented wasted energy while regulators and midstream companies expanded gathering systems.
Agriculture
North Dakota routinely leads the nation in crops such as spring wheat, durum (pasta wheat), sunflowers, and sugar beets—earning a reputation as the pasta wheat capital of the United States. Grain drying, irrigation, sugar processing, and cold storage create seasonal and baseload demand across rural co-op territories.
Military
Minot Air Force Base and Grand Forks Air Force Base are strategic installations; both have hosted missions tied to strategic deterrence (including ICBM-related operations historically associated with Minot). Bases are large, secure electricity loads with mission-critical reliability requirements.
Tech & Data
Microsoft has invested in a data center campus in Fargo, attracted by affordable power, a cool climate that trims cooling costs, and available land. Hyperscale facilities add steady, high-load demand to Xcel’s eastern North Dakota system.
How to Lower Your North Dakota Electricity Bill
Rates are already low, but North Dakota winters are severe—heating dominates household energy use. Combining efficiency, utility programs, and smart electrification trims costs further.
Cooperative Rebates & Programs
Distribution cooperatives and G&Ts often offer energy efficiency rebates, load management options, and advice for farm and residential members. Check with your local co-op or IOU (MDU, Xcel, Otter Tail) for insulation, HVAC, and smart thermostat incentives.
Weatherization
Air sealing, attic insulation, and storm windows pay for themselves fastest where January cold is relentless. Focus on reducing infiltration before upsizing heating equipment.
Geothermal Heat Pumps
Ground-source heat pumps extract stable earth temperatures to heat and cool efficiently. Higher upfront cost, but strong savings over decades in North Dakota’s climate—especially when paired with improved envelopes.
Solar & Long Summer Days
Solar production peaks during long summer daylight hours. Net metering rules vary by utility; verify standby charges and export credits with your provider before signing contracts.
Off-Peak Electric Heating
Some utilities offer off-peak or thermal storage rates for electric thermal storage heaters. If available, shifting heat to off-peak hours can lower average cost per kWh.
Green Rates & Renewables
Investor-owned utilities may offer voluntary green pricing or wind subscriptions; cooperatives increasingly purchase wind energy under long-term contracts. Ask your utility whether a renewable tariff or green rider fits your goals—especially if you want usage matched with wind generation from the prairie.
Frequently Asked Questions About North Dakota Electricity
What is the average electricity rate in North Dakota?
The average residential rate is approximately 13.45¢/kWh as of April 2026—about 25% below the national average of 18.05¢/kWh. Commercial rates average near 10.8¢/kWh. Typical monthly bills run about $135, though heating-dominated winter usage varies widely.
What is lignite?
Lignite is a soft, brown coal with lower energy density than bituminous coal. North Dakota has the largest U.S. lignite reserves. Power plants often sit near mines (mine-mouth operation), minimizing fuel transport cost. Roughly 55% of North Dakota electricity comes from coal and lignite.
What is Project Tundra?
Project Tundra is a proposed carbon capture and storage project at the Milton R. Young lignite station, led by Minnkota Power and partners. The U.S. DOE has awarded over $350 million in support. If completed, it would capture large volumes of CO2 for geologic storage—though technical and financial risks remain, as seen at other megascale CCS projects.
Is North Dakota deregulated for electricity?
No. Retail electricity is regulated in North Dakota. The ND PSC oversees major investor-owned utility issues; cooperatives and municipals have separate governance. Cheap lignite-backed rates and strong co-op participation have limited demand for retail choice. Compare with Texas or Ohio for competitive markets.
Why is North Dakota electricity so cheap?
Rates are low because of local lignite fuel, efficient large plants, cooperative economies of scale, and net electricity exports that support revenue. Sparse population (~780K) means heavy infrastructure is spread across relatively few in-state retail customers compared to generation output.
Who is Basin Electric Power Cooperative?
Basin Electric is a Bismarck-headquartered G&T cooperative, among the largest in the U.S. It serves member co-ops across nine states with substantial North Dakota generation, including Coal Creek and Leland Olds. Basin Electric has also pursued major transmission investments to move power regionally.
How did the Bakken oil boom affect electricity?
The Bakken boom (~2008–2015) brought rapid growth to Williston, Watford City, and the west, straining distribution systems and housing. Oilfield loads and gas processing added demand; flaring illustrated midstream constraints. Utilities invested in lines, substations, and planning to keep pace.
How much wind power does North Dakota generate?
How does North Dakota compare to West Virginia on coal?
Both states rely heavily on coal, but North Dakota’s lignite is mined and burned in-state at large modern stations, while Appalachian coal faces different market pressures. See West Virginia for a coal-state comparison in another region.
About this Data
Rate data is sourced from the U.S. Energy Information Administration (EIA), the North Dakota Public Service Commission (ND PSC), Basin Electric Power Cooperative, Montana-Dakota Utilities (MDU), Minnkota Power Cooperative, and the ElectricChoice.com electric rate marketplace. Last data refresh: April 2026.
