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Grid Infrastructure Series

Mid-Atlantic Electricity Bills: +19.4% Ohio Rate Surge

Residential electricity prices are climbing double digits across the mid-Atlantic. Ohio residential rates rose +19.4% year-over-year through April 2026, while New Jersey reached 23.53 cents per kWh.

+19.4% Ohio Residential Price YoY
23.53¢ New Jersey Residential Rate
8.66¢ U.S. Industrial Rate
+18.7% IT Investment YoY

The PJM capacity market is showing signs of strain as residential electricity prices across the mid-Atlantic climb at double-digit year-over-year rates, and the burden is landing on households. Through April 2026, residential retail prices rose +19.4% in Ohio, +16.8% in New Jersey, +15.9% in Maryland, +13.7% in Virginia, and +13.2% in Pennsylvania, all five core PJM Interconnection (PJM) states in this analysis recording increases well above general inflation. These are OBSERVATIONS drawn directly from U.S. Energy Information Administration (EIA) retail sales data. This report examines the household bill story first, then traces the qualitative mechanism, tightening regional capacity and generator economics, that connects accelerating data center demand to the retail rates ordinary consumers pay.

The divergence between who consumes the new load and who pays for it is the analytical core of this report. Large data centers typically take service at industrial rate tiers; the U.S. industrial electricity price averaged 8.66 cents per kWh in April 2026, roughly a third to a half of the residential rates recorded in these five states. Meanwhile, economy-wide investment in information processing equipment and software reached $1,556.5B at a seasonally adjusted annual rate in Q1 2026, up +18.7% year-over-year, sustained expansion consistent with the AI infrastructure buildout narrative. That series is economy-wide BEA data, not a data-center-specific measure, and is presented here for macroeconomic scale, not as project spending.

Ohio Residential YoY +19.4%

19.49¢/kWh, April 2026

New Jersey Residential YoY +16.8%

23.53¢/kWh, April 2026

Maryland Residential YoY +15.9%

22.07¢/kWh, April 2026

Virginia Residential YoY +13.7%

17.38¢/kWh, April 2026

BOTTOM LINE

Residential electricity prices are rising sharply across the PJM mid-Atlantic core, with Ohio (+19.4%), New Jersey (+16.8%), and Maryland (+15.9%) leading. The data is consistent with a structural cost shift in which growing data center load, served largely at lower industrial rates near 8.66 cents per kWh, is associated with higher costs flowing through to residential ratepayers paying 17 to 24 cents per kWh. Retail price increases reflect multiple factors including general inflation, fuel costs, utility capital investment cycles, and potentially incremental load. Do not attribute to a single cause. The PJM capacity market is discussed here as a qualitative mechanism; this report cites no capacity-auction clearing-price figure because none appears in the underlying dataset.

Key findings follow, drawn from EIA generation and retail price series through April 2026, Henry Hub gas prices through May 2026, and BEA investment data through Q1 2026.

All price figures are retail prices in cents per kWh, and all generation figures are in terawatt-hours (TWh) or thousand megawatthours as noted. Wholesale capacity-market concepts are kept rigorously distinct from residential retail prices throughout, the two are never expressed in the same units.

Virginia is a large net electricity importer whose data center demand can exceed in-state generation. We frame Virginia around demand and its reliance on regional supply rather than presuming its in-state generation direction.

VOLATILITY SIGNAL

Henry Hub natural gas spot prices swung across a more than fivefold range over the 36-month window, from a low of $1.49/MMBtu in March 2024 to a high of $7.72/MMBtu in January 2026, before settling at $2.94/MMBtu by May 2026. This intra-period volatility is significant. Because natural gas is frequently, though not always, the marginal price-setting fuel in PJM, this fuel-cost volatility is one candidate contributor to retail price movement and should not be conflated with demand-driven capacity effects.

TABLE OF CONTENTS

  • Executive SummaryFree
  • The Household Bill Story: Double-Digit Increases Across the PJM Core🔒
  • The Pass-Through Split: Industrial Rates vs. Residential Bills🔒
  • Regional Generation: Supply Is Not Uniformly Keeping Pace🔒
  • Virginia: Demand Epicenter, Net Importer🔒
  • Maryland and New Jersey: Where the Bill Shock Is Sharpest🔒
  • Pennsylvania and Ohio: The Broader Footprint🔒
  • The Fuel-Cost Variable: Henry Hub Natural Gas🔒
  • The Investment Backdrop: Economy-Wide IT Capital Deployment🔒
  • Investor and Policy Implications🔒
  • Data Appendix🔒
  • Endnotes🔒
  1. U.S. Energy Information Administration
  2. Federal Reserve Bank of St. Louis / EIA
  3. Federal Reserve Bank of St. Louis / BEA

The full report breaks down residential price increases state by state across the PJM mid-Atlantic core, contrasts household rates against the U.S. industrial tier that serves data centers, examines divergent state generation trends and Virginia's net-importer position, isolates the Henry Hub fuel-cost variable, and situates the buildout within economy-wide IT capital deployment.

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