August 2026 U.S. Census Division Residential Electricity Rate Breakdown

Direct Answer & Summary

According to official U.S. Energy Information Administration (EIA) data from the May 2026 Electric Power Monthly release, residential electricity rates vary significantly across the nine U.S. Census Divisions. While the national residential electricity price averaged 18.44 cents per kWh ($0.1844/kWh), regional averages ranged from a high of 28.14 cents per kWh in New England to a low of 14.75 cents per kWh in the West North Central division. For a standard household consuming 1,000 kWh per month, this regional pricing disparity translates into a monthly bill burden spread of $133.90—from $281.40 per month in New England down to $147.50 per month in the Midwest.

Key Analytical Findings

  • Data Provenance Transparency: This analysis clearly separates official empirical inputs (EIA Form EIA-861M weighted average residential rates across 9 Census Divisions) from EnergyBillLab model assumptions (standard 1,000 kWh/month single-family baseline consumption) and derived calculated results ($281.40/mo New England vs $147.50/mo West North Central bill burden; 1.91x regional spread; $1,606.80/yr geographic cost variance for identical energy use).
  • New England ranks as the most expensive U.S. Census Division at 28.14¢/kWh, generating a $281.40 monthly electric bill burden for a baseline 1,000 kWh household.
  • West North Central records the lowest regional rate at 14.75¢/kWh ($147.50/month for 1,000 kWh), creating a 1.91x regional price spread across the contiguous U.S.
  • The $133.90 monthly price difference between New England and the West North Central division amounts to an annual household energy cost variance of $1,606.80 for identical consumption.
  • Middle Atlantic (25.10¢/kWh) and Pacific (23.45¢/kWh) divisions represent the second and third highest regional rate clusters in the country.

Residential electricity prices in the United States are heavily influenced by geographic location, regional generation fuel mix, transmission infrastructure investment, and state regulatory structures. While national metrics provide useful top-line benchmarks, regional analysis across the nine official U.S. Census Divisions exposes stark cost disparities faced by American households.

Data published by the U.S. Energy Information Administration (EIA) in the May 2026 Electric Power Monthly release (published July 23, 2026) reveals that regional residential rates span from 14.75 cents per kWh in the central Midwest to 28.14 cents per kWh in the Northeast. Understanding these regional baseline rates helps consumers evaluate utility bill benchmarks, assess moving costs, and identify realistic energy savings potential.

This report analyzes residential electricity rate structures, monthly bill burdens, and year-over-year percentage trends across all nine U.S. Census Divisions for the August 2026 benchmark period.

Nine U.S. Census Division rate and monthly bill comparison

To model realistic household financial impacts, electric bill burdens are calculated for a standardized monthly usage benchmark of 1,000 kilowatt-hours (kWh). At the U.S. national average rate of 18.44 cents per kWh, a 1,000 kWh bill totals $184.40 per month before local utility fixed charges and municipal taxes.

New England (comprising CT, ME, MA, NH, RI, VT) tops the regional hierarchy at 28.14¢/kWh, resulting in a $281.40 monthly bill burden. High natural gas pipeline constraints during peak demand periods, strict environmental policies, and heavy regional grid transmission investments drive elevated rates in this division.

The Middle Atlantic division (NJ, NY, PA) follows closely at 25.10¢/kWh ($251.00/month for 1,000 kWh), while the Pacific division (AK, CA, HI, OR, WA) averages 23.45¢/kWh ($234.50/month), pulled upward by California (32.40¢/kWh) and Hawaii (42.50¢/kWh).

In contrast, the West North Central division (IA, KS, MN, MO, NE, ND, SD) offers the nation’s lowest average regional rate at 14.75¢/kWh ($147.50/month), closely joined by West South Central (14.80¢/kWh, $148.00/month) and Mountain (14.95¢/kWh, $149.50/month). Abundant regional wind generation, low-cost solar resources, and lower utility delivery overhead contribute to competitive pricing in these divisions.

Table: Data Provenance & Methodology Lineage Breakdown
Lineage CategoryParameter / MetricValue & SpecificationPrimary Source / Methodology Reference
Official Government DataCensus Division Residential Rate DatasetsForm EIA-861M (May 2026 reporting period)U.S. Energy Information Administration (EIA)
Official Government DataRegional Division Geography Definitions9 U.S. Census Bureau Official DivisionsU.S. Census Bureau Geographic Hierarchy
Model AssumptionStandard Monthly Consumption Benchmark1,000.0 kWh / Month Baseline UsageStandard U.S. Residential Single-Family Metric
EnergyBillLab CalculationNew England Monthly Bill Burden$281.40 / month (28.14 ¢/kWh)1,000 kWh × $0.2814/kWh
EnergyBillLab CalculationWest North Central Monthly Bill Burden$147.50 / month (14.75 ¢/kWh)1,000 kWh × $0.1475/kWh
EnergyBillLab CalculationContiguous U.S. Regional Rate Spread1.91x Regional Disparity Ratio28.14 ¢/kWh (New England) ÷ 14.75 ¢/kWh (WNC)
EnergyBillLab CalculationAnnual Geographic Household Variance$1,606.80 / year variance($281.40/mo - $147.50/mo) × 12 months

Regional electricity price hierarchy and 1,000 kWh bill burden table

The table below presents the May 2026 EIA residential rate benchmark, average 1,000 kWh monthly bill cost, 12-month percentage trend, and representative state contributors across all nine U.S. Census Divisions.

Regional Price Spread: The 1.91x spread between New England ($281.40) and West North Central ($147.50) highlights why uniform national energy advice fails without local rate adjustments.

Key drivers of regional electricity price disparities

Primary factors causing regional rate variations include fuel mix composition, grid density, local weather extremes, and regulatory market structure.

1. Generation Fuel Mix: Regions reliant on imported liquefied natural gas (LNG) or expensive spot fuel markets experience higher wholesale costs than regions with rich local wind, solar, nuclear, or low-cost coal generation.

2. Distribution & Transmission Capital Spending: Urbanized coastal corridors with aging underground power grids incur substantial capital recovery tariffs on residential electric bills.

3. Regulatory Framework: States with restructured competitive retail supplier markets exhibit different rate dynamics compared to traditionally regulated vertically integrated utility territories.

Methodology and limits

Data is sourced from the U.S. Energy Information Administration (EIA) Form EIA-861M "Monthly Electric Power Industry Report" (May 2026 reporting period, released July 23, 2026). Regional figures represent weighted average revenue per kilowatt-hour for residential end-use customers across each Census Division.

Formula: Monthly Bill Burden ($) = 1,000 kWh * (Regional Rate ¢/kWh / 100). Regional Spread Ratio = Highest Regional Rate / Lowest Regional Rate. Annual Cost Variance = (Highest Monthly Bill Burden - Lowest Monthly Bill Burden) * 12.

Calculations model volumetric energy usage charges. Utility fixed monthly account fees, local franchise taxes, and utility rider surcharges vary by specific service territory and are excluded from regional average retail rate comparisons.

Household Bill Impact Example

A household consuming 1,000 kWh per month in New England pays $281.40 monthly ($0.2814/kWh) compared to $147.50 per month ($0.1475/kWh) in the West North Central division—a difference of $133.90 per month ($1,606.80 annually) for identical electrical energy usage.

Data Methodology & Limits

EIA Table 5.6.A residential average retail prices by Census Division (May 2026 dataset). Standard usage benchmark = 1,000 kWh. New England = 28.14¢; Middle Atlantic = 25.10¢; Pacific = 23.45¢; East North Central = 20.76¢; South Atlantic = 16.20¢; East South Central = 15.10¢; Mountain = 14.95¢; West South Central = 14.80¢; West North Central = 14.75¢. National average = 18.44¢/kWh.

Official Data Sources & Citations

Data questions or source corrections: shingala.jaynesh@gmail.com