Electricity Prices by State Statistics in US 2026 | Key Facts

Electricity Prices by State in America 2026

Electricity prices in the United States have never been more unequal — or more consequential for everyday household budgets — than they are right now in 2026. According to the U.S. Energy Information Administration (EIA), the national average residential electricity rate as of March 2026 stands at 18.05 cents per kilowatt-hour (¢/kWh) — a +5.4% year-over-year increase from 2025 and the sixth consecutive annual record high. But that national average figure hides a divide that is nothing short of staggering: Hawaii residents pay 39.89¢/kWh — more than 2.2 times the national average — while Louisiana residents pay just 12.44¢/kWh, a difference of 27.45¢/kWh between the most and least expensive states in the country. For a household consuming 843 kWh per month (the current national average per EIA December 2025 data), that gap translates to a monthly bill difference of $231 and an annual bill difference of $2,776 — just based on where you happen to live. The sustained upward trend in electricity rates is being driven by a convergence of forces that have been building for years: aging grid infrastructure requiring billions in investment, surging power demand from AI data centers and electric vehicles, natural gas price recovery pushing generation costs higher, and state-level utility rate cases approving capital recovery charges that flow directly through to residential bills.

The Northeast remains the nation’s most expensive region for electricity at an average of 25.63¢/kWh — a remarkable 42% above the national average — driven by aging transmission infrastructure, limited in-state generation, and aggressive renewable energy mandates. At the other end, the South Central region (Arkansas, Louisiana, Oklahoma, Texas) averages just 14.11¢/kWh, a full 22% below the national average, thanks to abundant natural gas production, proximity to Gulf Coast refining infrastructure, and lower grid investment costs. The national residential average climbed 21% in just five years, rising from 14.92¢/kWh in 2022 to 18.05¢/kWh in 2026, with the 2025–2026 jump of +5.4% representing a sharp acceleration that reversed a two-year slowdown. For American families already dealing with higher food, housing, and healthcare costs, rising electricity prices are adding a persistent, unavoidable pressure to monthly budgets that shows no structural sign of reversing. This article presents every verified, EIA-sourced electricity price by state statistic for the US in 2026 — the most complete, up-to-date picture available today.

Key Facts & Interesting Statistics: Electricity Prices by State in the US 2026

Source: U.S. Energy Information Administration (EIA) — Electric Power Monthly, February 24, 2026; ElectricChoice.com Electricity Rates by State, March 2026 (sourced from EIA); Choose Energy Electricity Rates Report, March 2026 (sourced from EIA); EIA Electricity Monthly Update, December 2025

The sheer breadth of these numbers tells you something important about the American electricity market that no single headline figure can capture: this is not one market, it is fifty-one distinct markets operating under fundamentally different rules, fuel sources, grid structures, and regulatory frameworks, and the differences between them produce wildly divergent outcomes for households. At 39.89¢/kWh, Hawaii’s residential rate is so far above the mainland conversation that it practically deserves its own category — the state’s island geography means it cannot connect to any mainland grid, historically relied on imported petroleum for the majority of its generation, and its 503 kWh average monthly household consumption (roughly 40% below the national average) is driven by residents who have adapted to high prices through rooftop solar adoption and genuine conservation. Meanwhile, the +22.6% increase Rhode Island experienced from December 2024 to December 2025 — the largest single-state rate jump in the entire country over that period — was a direct consequence of a major utility rate case approval that passed through grid modernization and storm hardening costs to ratepayers in a single annual adjustment. The 44 states plus DC that saw year-over-year rate increases in December 2025 confirm that the upward trend is not concentrated in a few outliers; it is the defining feature of the American electricity market in 2026.

All 50 States + DC Residential Electricity Rates in the US 2026 — Complete State Rankings

Source: ElectricChoice.com — Electricity Rates by State, March 2026 (data sourced from U.S. Energy Information Administration EIA Electric Power Monthly); Choose Energy Electricity Rates Report, March 2026

The complete 50-state ranking makes the geographic sorting of American electricity prices impossible to ignore. Every single one of the 10 most expensive states is located in either the Northeast or on an isolated island system — Hawaii, Massachusetts, Rhode Island, Maine, California, New Hampshire, Connecticut, New York, Alaska, and Vermont. These states share common characteristics: limited or expensive local generation, heavy reliance on imported fuel or power, dense and aging distribution infrastructure requiring constant reinvestment, and state-level policy mandates that add compliance costs to utility operations. The +8.9% jump in California’s rate in 2026 — the largest year-over-year increase of any contiguous state in the country — reflects accelerating utility spending on wildfire grid hardening, which the California Public Utilities Commission has approved for cost recovery through ratepayer bills at a pace that has no sign of slowing. Maine’s +8.1% and Rhode Island’s +8.4% both reflect the aggressive grid modernization programs underway across New England, where the region’s transmission network is being rebuilt to handle new offshore wind generation coming online over the next decade.

At the affordable end of the spectrum, the 10 cheapest states are almost entirely in the Midwest, Great Plains, and South Central regions — Louisiana, Idaho, North Dakota, Missouri, Nebraska, Tennessee, Arkansas, Iowa, Kentucky, and Utah. These states share an entirely different set of structural advantages: abundant, low-cost generation resources (natural gas in the Gulf South, hydro and wind in the Great Plains and Pacific Northwest, coal and nuclear in the Tennessee Valley), lower population density reducing per-mile transmission costs, and regulatory environments that have not yet faced the wave of grid investment cost recovery approvals that have pushed Northeast rates so dramatically higher. The +1.8% Louisiana increase — the smallest of any state in 2026 — is particularly striking: the state sits atop abundant Gulf Coast natural gas supply, operates efficient combined-cycle gas plants at some of the lowest fuel costs in the country, and faces minimal mandatory renewable transition costs from its state legislature.

10 Most Expensive States for Electricity in the US 2026

Source: ElectricChoice.com — Electricity Rates by State, March 2026; EIA Electric Power Monthly, February 24, 2026; EIA Electric Power Annual, Table 2.10 (released October 7, 2025)

The 10 most expensive states for residential electricity in 2026 form a clear geographic and structural cluster, and understanding why each one sits at the top of the pricing table tells you more about this market than any single statistic. Hawaii leads by a massive margin for reasons entirely unique to its situation: no other state in the US operates as a completely isolated island electricity system with no physical grid connection to any neighbor, no access to competitively priced natural gas by pipeline, and a history of petroleum-fired generation that baked expensive energy costs into its rate structure decades ago. The state has made genuine progress — over 19% of Hawaiian homes now have rooftop solar panels, and the state has ambitious 100% renewable portfolio standards — but the capital cost of that transition is itself being recovered through utility rates, meaning even the clean energy fix is adding to near-term bills.

California’s +8.9% jump in 2026 — delivering a rate of 33.75¢/kWh that makes it the second most expensive state in the contiguous US — deserves particular attention because it reflects the financial reality of operating the world’s most ambitious utility-scale grid hardening program. Following catastrophic wildfires driven by aging power lines, the California Public Utilities Commission has approved Pacific Gas & Electric, Southern California Edison, and San Diego Gas & Electric to spend tens of billions of dollars undergrounding power lines, installing covered conductors, and deploying weather monitoring systems — all of which flows through to ratepayer bills under California’s regulated cost-recovery model. Rhode Island’s +8.4% rate in 2026 comes on top of the already-staggering +22.6% increase it recorded from December 2024 to December 2025, the largest single-year state jump in the entire country, driven by a National Grid rate case that passed through a comprehensive grid modernization and reliability spending package in one consolidated regulatory approval.

10 Least Expensive States for Electricity in the US 2026

Source: ElectricChoice.com — Electricity Rates by State, March 2026; EIA Electric Power Monthly, February 24, 2026; Choose Energy Electricity Rates Report, March 2026

The 10 cheapest states for residential electricity in 2026 share a common thread: access to large volumes of low-cost, reliable generating capacity that is geographically close to where consumption occurs. Louisiana’s 12.44¢/kWh rate — making it the most affordable state in the country for the second consecutive year — is the direct product of sitting atop the largest concentration of natural gas production and processing infrastructure in North America. Its utilities run modern, efficient combined-cycle gas turbines fed by pipeline gas priced at some of the lowest wellhead costs on the continent, and the state has imposed no renewable portfolio standard that would force utilities to purchase more expensive green power before the market would otherwise deliver it. Idaho’s 12.51¢/kWh tells an equally clear story: roughly 80% of Idaho’s electricity comes from hydroelectric generation, the cheapest form of electricity generation in the world once the dams are built, with near-zero fuel costs and minimal operating expenses per kilowatt-hour.

Nebraska stands out in this group for a structural reason that no other state can claim: it is the only state in the US with a fully publicly owned electricity system, served entirely by publicly owned utilities and rural cooperatives rather than investor-owned companies. Without shareholders requiring a return on equity, Nebraska’s utilities operate with a lower cost of capital that directly reduces the rates charged to customers. Iowa’s placement at 13.54¢/kWh is striking given its climate, because it demonstrates that renewable energy, when built at scale in a resource-rich environment, genuinely does lower costs: Iowa generates over 60% of its electricity from wind power, the highest wind penetration of any state in the country, and those zero-fuel-cost wind turbines are increasingly the marginal price-setter in Iowa’s wholesale market, pulling average prices down. The contrast with states like Massachusetts and Connecticut — which are also investing heavily in renewables but face much higher infrastructure and grid integration costs — illustrates that the cost impact of the clean energy transition depends enormously on the local resource base and grid structure.

Electricity Prices by Region in the US 2026

Source: ElectricChoice.com — Electricity Rates by State, March 2026; U.S. Energy Information Administration (EIA) Electric Power Monthly, February 24, 2026

The regional breakdown of electricity prices in 2026 tells a story of two Americas when it comes to energy costs. The Northeast’s 25.63¢/kWh average — running 42% above the national average and more than 80% above the South Central average of 14.11¢/kWh — is the product of decades of underinvestment in generation capacity followed by sudden, large-scale investment in both grid modernization and renewable energy integration, all being recovered from a consumer base that cannot easily reduce consumption or switch providers in many of these markets. The region’s heavy dependence on natural gas for both heating and power generation makes it acutely sensitive to the kind of winter price spikes that have periodically hammered New England electricity consumers. Most Northeast states have deregulated electricity markets in theory, giving consumers the ability to shop for competitive supply rates — but the transmission and distribution charges (which are regulated and make up roughly 40–50% of the total bill) remain high regardless of which supplier a customer chooses.

The West region’s headline average of 19.01¢/kWh is almost entirely a statistical artifact of three extreme outliers: remove Hawaii (39.89¢), California (33.75¢), and Alaska (26.57¢), and the remaining ten Western states average just 14.59¢/kWh — well below the national average. Idaho (12.51¢), Nevada (13.83¢), and Utah (13.75¢) are actually among the more affordable electricity markets in the country, powered by Pacific Northwest hydro, Great Basin geothermal, and rapidly expanding desert Southwest solar. The Midwest’s 15.97¢/kWh average masks an enormous internal spread: Michigan at 20.55¢ and Illinois at 18.82¢ drag the regional average up, while wind-energy leaders North Dakota (12.87¢) and Iowa (13.54¢) anchor it from below. The South Central region at 14.11¢ consistently delivers the nation’s cheapest electricity, and there is no structural reason on the horizon to expect that advantage to erode in the near term — the region sits on top of abundant natural gas, is adding solar at scale, and faces no state-level mandates for expensive offshore wind or grid hardening programs comparable to what is underway in California or New England.

Commercial Electricity Rates by State in the US 2026 — All 50 States

Source: ElectricChoice.com — Electricity Rates by State (Commercial), March 2026; EIA Electric Power Monthly, February 24, 2026

The commercial electricity rate data for all 50 states reveals a market that mirrors the residential picture but with two important distinctions. First, commercial rates are uniformly lower than residential rates in every single state — the national commercial average of 14.12¢/kWh is 22% below the residential average of 18.05¢/kWh — because commercial customers purchase power at higher voltages, use electricity more predictably, and carry less of the per-customer fixed distribution infrastructure cost. Second, the state spread is still dramatic but slightly compressed: from North Dakota’s 7.44¢/kWh at the bottom to Hawaii’s 38.79¢/kWh at the top, a gap of 31.35¢/kWh. Texas stands out as the commercial rate story of 2026: despite being a mid-table state for residential pricing at 16.18¢/kWh, it delivers the second-lowest commercial rate in the country at just 9.12¢/kWh — a reflection of its fully deregulated ERCOT market where large commercial customers can aggressively negotiate fixed-price contracts or take advantage of periods of very low wholesale prices from its massive fleet of wind and solar generators. This commercial rate advantage is precisely why Texas has attracted more data center investment than any other state, with the EIA identifying the Dallas–Fort Worth Metroplex as the fastest-growing electricity demand center in the nation.

New Jersey’s 9.1% year-over-year commercial rate increase — the largest commercial rate jump of any state in 2026 — illustrates how quickly infrastructure costs can flow through even the commercial sector when regulators approve comprehensive rate cases. The state’s distribution utilities have been investing heavily in underground cable replacement, smart meter deployment, and storm hardening in the wake of the damage caused by repeated Atlantic storm events, and those costs are now being recovered across both residential and commercial customer classes. Virginia’s relatively affordable 9.73¢/kWh commercial rate — despite the state hosting the highest concentration of data center capacity in the world in Northern Virginia’s “Data Center Alley” — reflects the success of Dominion Energy’s negotiated rate agreements with hyperscale customers, which have attracted massive investment while keeping headline rates relatively competitive.

State-by-State YoY Rate Changes in the US 2026 — Biggest Movers

Source: National Energy Assistance Directors Association (NEADA) — Energy Price Update, November 2025; EIA Electric Power Monthly, February 24, 2026; ElectricChoice.com Electricity Rates by State, March 2026; Choose Energy Electricity Rates Report, March 2026

The year-over-year rate change data is where the living reality of the electricity market becomes most visible for households and businesses. The District of Columbia’s 33.3% increase from August 2024 to August 2025 — the largest single rate jump in any state or territory over that specific 12-month window — reflects the unique regulatory situation of Washington DC, where Pepco’s distribution infrastructure is aging, the customer base is dense and politically visible, and major grid reliability investments have been approved and are now moving into cost-recovery phases. The +22.6% Rhode Island increase from December 2024 to December 2025 is even more significant in dollar terms because it followed years of already-elevated rates: adding 22.6% to a rate that was already in the upper tier of Northeast pricing means Rhode Island households saw their electricity bills jump by roughly $50–60 per month in a single year — the equivalent of a new car payment appearing on the monthly budget with no warning and no ability to opt out.

On the other side of the ledger, Nevada’s 13.7% decrease from December 2024 to December 2025 stands out as a genuine outlier in a year when virtually every other state saw increases. The decline was driven by NV Energy’s annual rate adjustment process, which passed through a reduction in wholesale power procurement costs as the state’s growing solar generation portfolio increasingly displaced more expensive natural gas generation during peak hours, reducing the overall average cost of power across the system. Hawaii’s 1.8% decrease is similarly noteworthy — a tiny but symbolically significant step back from what had been relentless annual increases, enabled by the state’s rapidly expanding solar portfolio reducing its dependence on imported petroleum. These two examples offer a preview of what large-scale renewable deployment can eventually deliver for ratepayers, even if the near-term construction costs are temporarily pushing bills in the opposite direction across most of the country.

Electricity Prices by State — Monthly Bill Estimates in the US 2026

Source: U.S. Energy Information Administration (EIA) — Electric Sales, Revenue, and Average Price, October 7, 2025 (2024 consumption data); ElectricChoice.com March 2026 rates; EIA Electric Power Monthly February 24, 2026; ElectricityPlans.com Average Electricity Bill analysis, March 2026

The monthly bill estimates expose what is perhaps the most counterintuitive insight in all of US electricity data: the state with the highest per-kWh rate does not always have the highest monthly bill, and vice versa. Hawaii at 39.89¢/kWh would produce a catastrophic monthly bill if Hawaiians consumed as much electricity as Louisianans — but with an average consumption of just 503 kWh/month, roughly 40% of the national average, the estimated monthly bill of ~$201 is high but not the nation’s highest. The reason for Hawaii’s dramatically lower consumption is partly climate (no heating season), partly adaptation (over 19% of homes have solar and consume less grid power), and partly behavioral response to decades of high prices. Compare that to Louisiana, which has the nation’s cheapest rate at 12.44¢/kWh but the highest average monthly consumption of any state at 1,253 kWh/month — driven by hot and humid summers, energy-intensive home cooling, and a legacy of large homes built without efficiency incentives — producing a monthly bill of ~$156 despite having the cheapest rate in the country.

Texas tells the most commercially significant story in this table. With a residential rate of 16.18¢/kWh and average household consumption of 1,096 kWh/month — both driven by its hot climate, large homes, and heavy summer AC use — the estimated monthly bill of ~$177 places it well above the national average of ~$152 despite its mid-table per-kWh rate. This is why electricity cost in Texas has become a live political issue even though the state consistently posts among the lowest commercial rates in the nation: residential customers, particularly those on fixed incomes in the hottest parts of the state, are paying bills that are structurally high because of consumption patterns, not just rate levels. The Mountain West states of Idaho, Utah, and Montana, by contrast, deliver genuinely affordable monthly bills through a combination of moderate rates, moderate consumption, and climate conditions that require less intensive heating and cooling than either the South or the Northeast.

Deregulated vs. Regulated Electricity Markets in the US 2026

Source: ElectricChoice.com Deregulation Map, March 2026; Choose Energy Electricity Rates Report, March 2026; EIA Electric Power Monthly, February 24, 2026

The deregulated vs. regulated market structure is one of the most consequential and least understood factors in what Americans actually pay for electricity. In the 14 states plus DC that have deregulated electricity markets, residential and commercial customers can choose their electricity supplier — the company that generates or procures the power — from a competitive marketplace of retail energy providers, even though the local utility still owns and operates the wires that deliver the electricity. In states like Texas, Pennsylvania, and Ohio, consumers who actively shop for electricity plans and compare providers can typically save 15–30% on the supply portion of their bill compared to the utility’s default rate. In Texas alone, hundreds of retail electricity providers compete for customers through the ERCOT wholesale market, and customers who lock in 12-month fixed-price contracts during periods of low wholesale prices can significantly reduce their annual electricity costs.

However, deregulation is not a universal cost reducer — the data makes that clear. Massachusetts (31.51¢), Rhode Island (31.30¢), Connecticut (27.84¢), New York (27.07¢), and New Hampshire (27.39¢) are all deregulated states and all rank among the 7 most expensive states for residential electricity in the country. Deregulation gives consumers the ability to shop for competitive supply rates, but it does not reduce the transmission and distribution charges that are set by regulated utilities and account for 40–50% of the total residential bill in most states. In high-cost Northeast states where infrastructure investment is the primary driver of elevated rates, deregulation provides some relief but cannot offset the structural cost disadvantage. The most affordable deregulated state is Ohio at 17.93¢/kWh, where the combination of access to low-cost PJM wholesale market power and a competitive retail supply market has kept rates close to the national average despite ongoing grid investment.

Disclaimer: The data reports published on The Global Files are sourced from publicly available materials considered reliable. While efforts are made to ensure accuracy, no guarantees are provided regarding completeness or reliability. The Global Files is not liable for any errors, omissions, or damages resulting from the use of these reports.