If you've been waiting for electricity rates to level off, we have some tough news: relief isn't on the way, at least not for the next several years. Every major forecast, from the U.S. Energy Information Administration (EIA) to Wall Street research desks, points in the same direction. Electricity prices are headed higher through the rest of the decade, and the businesses that plan around that reality will be in a far better position than those that wait it out.
While prices may fluctuate in the short term, the broader market trends suggest that electricity costs are likely to remain elevated for the foreseeable future. Understanding what's driving these changes can help businesses make more informed decisions and better prepare for what's ahead.
Why Prices Keep Climbing
Data centers are pulling hard on the grid. The AI buildout has turned data centers into one of the fastest-growing sources of electricity demand in U.S. history. Goldman Sachs Research projects that U.S. data center power demand will climb from 31 gigawatts in 2025 to 41 gigawatts in 2026 and 66 gigawatts in 2027, pushing data centers' share of peak summer power demand from roughly 4% to over 8% in just two years.
Goldman's analysts now expect this demand surge to account for about 40% of total electricity demand growth, contributing to household electricity prices that already rose 6.9% in 2025, more than double the rate of general inflation, with another 6% increase expected through 2027.
Grid infrastructure spending is a bigger factor than most people realize. It's tempting to blame data centers for the entire run-up in rates, but the EIA and independent researchers are clear that aging infrastructure is doing a lot of the work too. The EIA reports that utility spending on distribution has now overtaken spending on transmission and generation combined, and expects electricity prices to keep outpacing inflation through 2026.
Research from the Rhodium Group found that utility rate requests tied to infrastructure investment hit $18 billion in 2025, a level not seen this century, and pointed out that the price of gas turbines needed for new generation has jumped from roughly $1,000 to $1,400 per kilowatt as utilities compete for scarce equipment.
"The question isn't whether electricity prices will rise, it's whether your energy strategy is prepared for what's driving them."
Regional grid congestion is compounding the problem. The effects aren't spread evenly. In the PJM Interconnection, the grid operator covering 13 states from Illinois to Virginia, the Center for American Progress found that data center-driven demand pushed up the cost of the 2025-2026 capacity auction by more than $9 billion, raising retail bills for PJM customers by as much as 29%. The 2026/2027 auction added another $7 billion in capacity costs, likely adding a further 5% to ratepayer bills.
Researchers at Columbia's Center on Global Energy Policy note that electricity demand in ERCOT (Texas) could grow as much as 14% in 2026 alone, driven largely by new large-load customers.
None of this is expected to ease soon. The EIA's Short-Term Energy Outlook projects national electricity consumption climbing to a record 4,283 billion kilowatt-hours in 2026, up from 4,097 billion in 2024, with demand growth concentrated in exactly the regions, Texas and the mid-Atlantic, where many businesses operate. Goldman's research suggests price inflation won't meaningfully slow until 2028, and even then only if natural gas prices ease.
Electricity prices aren't driven by a single factor. They're the result of multiple market forces working together, many of which are becoming more pronounced.
Today's energy market is balancing:
Rising electricity demand
An aging electric grid
Significant investments in transmission infrastructure
Ongoing generation retirements and replacement projects
Increasing reliability requirements
These trends affect wholesale market pricing, utility delivery costs, and ultimately, what businesses pay on their monthly electric bills.
1. Electricity Demand Is Growing Again
After nearly two decades of relatively flat growth, electricity demand in the United States is accelerating. According to the U.S. Energy Information Administration (EIA), electricity demand is projected to experience its strongest four-year growth period since 2000, driven largely by data centers, artificial intelligence (AI), manufacturing expansion, and broader electrification across the economy.
Large computing facilities require enormous amounts of power, and as more of these facilities come online, they place additional pressure on regional electric grids. The EIA also projects particularly strong demand growth in regions such as ERCOT and PJM over the next several years.
2. The Grid Needs More Investment
Meeting higher demand isn't simply a matter of generating more electricity. The power also has to be delivered reliably.
Across the country, utilities and regional transmission organizations are investing billions of dollars to modernize transmission infrastructure, replace aging equipment, improve resilience, and connect new generation resources to the grid. These investments are necessary to support long-term reliability, but they also contribute to higher transmission and delivery costs over time.
3. Supply Isn't Growing as Quickly as Demand
At the same time electricity demand is increasing, portions of the existing generation fleet continue to retire. The EIA reports that nearly 11 gigawatts (GW) of utility-scale generating capacity is scheduled for retirement in 2026, with most retirements consisting of older coal-fired and natural gas facilities. Although some retirements have been delayed for reliability reasons, replacing existing generation with new resources takes time.
When demand grows faster than new supply can be added, wholesale electricity prices tend to increase.
4. Reliability Comes at a Cost
Grid operators must ensure there is enough electricity available during periods of peak demand, even if those conditions occur only a handful of hours each year.
Maintaining that reliability requires investment in generation, transmission, capacity markets, and reserve resources. As discussed in our previous blog on capacity markets, these reliability requirements are becoming increasingly important as reserve margins tighten and demand continues to grow.
The Federal Energy Regulatory Commission (FERC) has also noted that several U.S. regions face tighter operating margins due to increasing load, generator retirements, and weather-related risks.
Why Waiting May Cost More
Some organizations delay procurement decisions hoping prices will eventually fall; unfortunately, market fundamentals suggest otherwise.
While commodity prices will always fluctuate, the underlying drivers of electricity costs, demand growth, infrastructure investment, and reliability requirements, are expected to remain in place for years to come.
Rather than trying to "time the market," many organizations are finding greater value in developing flexible procurement strategies that align with their operational goals and risk tolerance.
What Businesses Can Do Now
Although businesses can't control the market, they can control how they respond to it.
Consider these proactive strategies:
Review Your Procurement Strategy: Markets evolve, and so should your purchasing strategy. Regular reviews can help ensure your contract still aligns with current market conditions and your organization's objectives.
Understand Your Load Profile: Knowing when and how your facility consumes electricity can uncover opportunities to reduce demand-related costs and improve operational efficiency.
Monitor Market Trends: Staying informed about market fundamentals allows organizations to make more strategic purchasing decisions rather than reacting after prices move.
Evaluate Risk, Not Just Price: The lowest price isn't always the best long-term decision. Contract flexibility, market timing, risk management, and operational goals all play an important role in building an effective energy strategy.
Where Pilot Energy Fits In
Energy markets are becoming more dynamic, not less. That's why having an experienced advisor is more important than ever.
Pilot Energy helps organizations look beyond today's electricity price to understand the broader market forces influencing long-term costs. By combining market intelligence, procurement expertise, utility bill analysis, and data-driven insights, we help clients develop strategies that reduce risk, identify opportunities, and make more confident energy decisions.
Whether you're approaching a contract renewal, managing multiple locations, or simply looking for a second opinion, Pilot Energy helps you navigate today's increasingly complex energy market. Our experienced advisors can complement your internal team or serve as your dedicated energy management partner.
The Bottom Line
Electricity prices are influenced by much more than fuel costs. Rising demand, grid modernization, infrastructure investment, and reliability requirements are reshaping today's energy markets, and those trends aren't expected to disappear anytime soon.
Businesses that understand these market fundamentals will be better positioned to manage costs, reduce risk, and make informed procurement decisions.
While no one can predict exactly where electricity prices will go next, organizations that take a proactive approach today will be better prepared for whatever tomorrow's market brings.
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