U.S. electricity prices rose 5.5% in a year, twice inflation, and one in six households is behind on bills. What's driving costs and who pays.
Electricity bills are becoming one of the biggest pressures in the cost-of-living crisis. In the year to mid-2025, U.S. residential electricity prices rose 5.5%, more than twice the rate of overall inflation, according to CNN.
In some states, the jump was far bigger. Maine saw a 26% increase and New Jersey 25%, according to CNN's reporting.
Here is what's pushing electricity prices up, how many households are falling behind, and what it means for businesses and solar owners.
How Fast Are Electricity Prices Rising?
U.S. residential electricity prices rose 5.5% over the 12 months to mid-2025, more than double the pace of overall inflation, according to CNN. Several states saw much larger increases.
The hardest-hit states, according to CNN:
- ●Maine. About 26%.
- ●New Jersey. About 25%.
- ●Wyoming, Utah, and Illinois. Double-digit increases.
That's the opposite of what voters were promised. During the 2024 campaign, President Trump vowed to cut energy and electricity prices in half within 12 to 18 months.
How Many Households Are Falling Behind?
About 21 million U.S. households, roughly one in six, are behind on their energy bills, according to the National Energy Assistance Directors Association. Household energy debt rose about 31%, from about $17.5 billion to $23.0 billion, by June 30, 2025.
Some families are cutting back on electricity use because they can't afford it. Others are carrying growing balances that follow them into the next season.
For businesses, higher rates squeeze margins directly. Electricity is one of the few costs that rises whether or not a business grows.
What's Driving Electricity Prices Higher?
The main drivers are surging demand from data centers and electrification, aging grid infrastructure, rising natural gas prices, and policy changes that slow new supply.
The breakdown:
- ●Data centers. Lawrence Berkeley National Laboratory projects data centers could use 6.7% to 12% of U.S. electricity by 2028.
- ●Electrification. Electric vehicles, heat pumps, and smart home technology add new load.
- ●Aging infrastructure. Utilities are replacing old equipment and adding wildfire and storm protection.
- ●Natural gas. Gas generates about 40% of U.S. power, and its prices have been rising as exports grow.
- ●Policy. Aurora Energy Research found the One Big Beautiful Bill Act will likely raise wholesale power prices in NYISO and PJM, according to RTO Insider.
We've covered how AI is partly to blame for rising electric bills, and how U.S. electricity demand is setting records.
Who Should Pay for Grid Upgrades?
A central question is who pays for the new generation and transmission that data centers need, and how to keep those costs from landing on regular households.
Large tech companies are building data centers at record pace. When utilities build new infrastructure to serve them, the cost can spread across all customers unless regulators assign it to the data centers.
Some states are acting. Tennessee now requires data centers to pay full infrastructure costs, and New Jersey has advanced a bill requiring data centers to bring their own clean power.
The question isn't just why bills are rising. It's who should carry the cost of the grid we're building.
How Are Utilities and Regulators Responding?
Utilities are seeking rate increases to fund upgrades, while regulators try to keep the grid reliable without making bills unaffordable.
Rate cases are piling up. Central Maine Power and Arizona Public Service have sought double-digit increases. In New Jersey, PJM capacity costs sent bills sharply higher.
Utility spending is at historic highs. We explored the trade-offs in the $186 billion question of who benefits from grid spending.
Why Do Rising Prices Hit Commercial Customers So Hard?
Commercial customers often pay for both the energy they use and the peak demand they place on the grid, so rising energy and capacity costs can hit them from two directions.
Demand charges are based on a facility's highest usage in a billing period. As utilities recover the cost of new capacity and grid upgrades, those charges can climb even if a business uses the same amount of energy.
For operations with thin margins, like manufacturing, cold storage, or retail, that can turn electricity from a steady overhead cost into a growing one. It also makes the timing of energy use matter more than it used to.
How Can Businesses Protect Themselves?
Businesses can limit exposure to rising rates by producing their own power, storing it for peak hours, and cutting waste.
Options to consider:
- ●On-site solar. Offsets daytime purchases from the grid.
- ●Battery storage. Cuts peak demand charges and adds backup power.
- ●Energy efficiency. Every kilowatt-hour saved avoids every future rate increase.
- ●Existing solar at full output. Making sure installed systems are actually producing.
What Does This Mean for Existing Solar Owners?
Every rate increase makes a working solar system more valuable, because each kilowatt-hour it produces offsets more expensive grid power.
But many commercial systems installed in the 2010s are losing output to aging inverters or degraded panels. As rates climb, an underperforming system leaves more money on the table each year.
Repowering an aging PV system can restore that output using the site and grid connection already in place.
Start With a Ballpark Estimate
Electricity prices are rising faster than inflation, and forecasts don't show that changing soon. Find out what your existing solar project may be worth before deciding whether to repair, repower, or sell.
Sources: CNN, "Trump vowed to halve electricity prices. But they're rising twice as fast as inflation"; NEADA, Winter Outlook 2025–2026; Lawrence Berkeley National Laboratory, 2024 U.S. Data Center Energy Usage Report; RTO Insider, "Report: Big Beautiful Bill to Increase Power Prices in NYISO, PJM"
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