California vs Texas Electricity Costs

Two of the most compared states in U.S. electricity sit at opposite ends of the price distribution. In the August 2026 EIA snapshot, California's average residential price is 29.75¢/kWh and Texas's is 15.91¢/kWh — a gap of 13.84¢/kWh, or about 1.87×. This guide compares the rates head-to-head, translates them into monthly bill estimates at standardized usage levels, and explains what each average actually reflects.

Headline Comparison (August 2026)

Average residential electricity price, EIA reporting period 2026-08
MeasureCaliforniaTexasU.S. Benchmark
Average residential price29.75¢/kWh15.91¢/kWh18.16¢/kWh
Rank of 51 jurisdictions (lowest to highest)#48#22—
Vs. U.S. benchmark11.59¢ (63.8% above)2.25¢ (12.4% below)—
Year-over-year change (vs. August 2025)-3.8% (from 30.92¢)+3.3% (from 15.40¢)—

California's average is 1.87 times Texas's. Put the other way, the Texas average is 46.5% lower than California's — before usage enters the picture. Full state detail: California electricity rates · Texas electricity rates · all 51 jurisdictions ranked.

What the Same Usage Costs in Each State

Applying each statewide average price to the same monthly usage isolates the price difference. These are the estimated monthly costs at three standardized consumption levels:

Monthly cost estimates: statewide average price × usage (August 2026)
Monthly UsageCalifornia (29.75¢/kWh)Texas (15.91¢/kWh)Difference per MonthDifference per Year
500 kWh$148.75$79.55$69.20$830.40
1,000 kWh$297.50$159.10$138.40$1660.80
2,000 kWh$595.00$318.20$276.80$3321.60

How to read these estimates: each figure is a statewide average retail price multiplied by usage — nothing more. The EIA average is total reported residential revenue divided by total residential sales, so generation and delivery are bundled inside it as reported; it is not a tariff, and it does not itemize any household's fixed charges, plan fees, tiers, time-of-use rates, or taxes. Actual bills differ from these estimates in both states, and in Texas choice areas the per-kWh delivery charges of the local transmission and distribution utility (TDU) are a separate, territory-specific component — see Texas Utility Delivery Charges for how those work. Usage also differs in practice: the California page explains why California households tend to use fewer kilowatt-hours, and the Texas page explains why Texas air-conditioning load pushes usage the other way.

Why the Gap Exists

A 13.84¢/kWh gap is not one state mispricing the same product — the two averages are produced by different systems. Below are the sourced explanations published on each state page, reproduced in full.

Why is California's average electricity price so high?

California's high average is not mainly a story about the cost of producing one more kilowatt-hour. The EIA figure is total residential revenue divided by total residential sales, so it also recovers the cost of delivering power and operating the grid. EIA notes that California has the nation's lowest per-capita electricity use — a mild climate in the most populous coastal areas and decades of efficiency standards keep household consumption comparatively low — which means largely fixed network costs are spread over fewer kilowatt-hours per customer than in high-consumption states. That arithmetic alone pushes the per-kWh average up, even though it says nothing by itself about the size of any individual household's bill.

Supply adds a second layer. California imports more electricity than any other state, and its in-state generation is mid-transition: EIA reports that in 2025 renewable resources, including hydroelectric power and small-scale solar, supplied 62% of in-state generation, with natural gas at 31% and nuclear power at 7%. Transmission, storage, and reliability capacity for that mix — plus wildfire mitigation and grid-hardening programs approved through utility rate proceedings — are paid for through the revenue this average reflects. The result is one of the country's highest per-kWh averages combined with comparatively low usage per person, so the standardized consumption scenarios on this page should not be read as typical bills.

Why does Texas stay below the U.S. average?

Texas runs its power sector at unusual scale and under its own rules. ERCOT, the independent system operator for most of the state, manages power for about 27 million people — roughly 90% of Texas's electric load — on a grid that is largely separate from the two big national interconnections, and it administers retail switching in the state's competitive-choice areas. Texas both produces and consumes more electricity than any other state, and it is a leading producer of two very different fuels at once: natural gas and wind power. That combination — large in-state supply, a competitive wholesale market, and retail choice across much of the state — is the structural backdrop to a statewide average that sits below the national benchmark.

A below-average price is not the same as a below-average bill. Texas summers are long and hot, air conditioning drives household consumption far above the standardized scenarios used on this page, and delivery charges, plan fees, and contract terms differ by provider and territory. Weather is also a real cost risk in the ERCOT market: when supply gets scarce, wholesale prices can spike sharply, even though a monthly statewide average smooths those episodes out. Read the figure on this page as a statistical benchmark for comparing states — not as a quote for any individual Texas plan.

12-Month Trend: The Gap Never Closed

From September 2025 to August 2026, California's monthly average moved from 31.89¢ to 29.75¢/kWh, while Texas moved from 15.77¢ to 15.91¢/kWh. The monthly gap ranged from 13.84¢ to 18.80¢/kWh — it widened and narrowed, but in no month of the trailing twelve did it come close to closing.

Monthly average residential price, trailing 12 months (EIA)
MonthCaliforniaTexasGap
September 202531.89¢15.77¢16.12¢
October 202533.62¢16.03¢17.59¢
November 202532.03¢15.96¢16.07¢
December 202529.95¢15.79¢14.16¢
January 202630.29¢15.67¢14.62¢
February 202633.22¢15.42¢17.80¢
March 202633.28¢16.39¢16.89¢
April 202635.29¢17.00¢18.29¢
May 202633.25¢16.44¢16.81¢
June 202634.74¢15.94¢18.80¢
July 202633.61¢15.88¢17.73¢
August 202629.75¢15.91¢13.84¢

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California vs Texas Electricity FAQ

How much cheaper is electricity in Texas than California?

In the August 2026 EIA snapshot, Texas's average residential price is 15.91¢/kWh versus California's 29.75¢/kWh — a gap of 13.84¢/kWh, so the Texas average is 46.5% lower. At a standardized 1,000 kWh per month, that is $159.10 in Texas versus $297.50 in California, a difference of $138.40 per month or $1660.80 per year, applying each statewide average price to the same usage. These are rate-times-usage estimates from statewide averages, not quotes for any household's actual plan or bill.

Why is California's average electricity price about double Texas's?

The two averages are built differently. California's revenue-based average recovers largely fixed grid and delivery costs spread over the nation's lowest per-capita electricity use, plus transmission, storage, wildfire mitigation, and grid-hardening programs paid for through utility revenue. Texas pairs very large in-state electricity production and consumption — led by natural gas and wind — with the ERCOT competitive wholesale market and retail choice across much of the state. The sections above reproduce each state page's sourced explanation in full.

If I moved from California to Texas, would my total cost of living drop by the same amount?

No conclusion like that follows from this page. This comparison covers electricity only, and even within electricity, usage matters as much as price: Texas households typically run far more air conditioning, so a Texas bill is not simply the California bill at a lower rate. Housing, insurance, taxes, and every other cost of living are outside the scope of this comparison and are not measured here.

Source, Methodology & Evidence Boundary

U.S. Energy Information Administration (EIA) — Electricity retail-sales API v2 ↗. Dataset: EIA electricity/retail-sales API v2; source version: EIA API v2.1.14 retail-sales; reporting period: 2026-08; 12-month trend from the EIA price-history snapshot maintained with this site.

Checksum-locked EIA response captured on 2026-10-24 for reporting period 2026-08. It is a point-in-time snapshot, not a live tariff, customer bill, or current-rate guarantee.

Disclaimer: Every figure on this page is a statewide statistical benchmark calculated from the EIA snapshot above — not a live tariff, a quote for any household, or a prediction of any individual bill. Detailed calculations, statistical definitions, and customer-specific billing factors are documented on our Methodology page.