The electrical grid is the backbone of modern America. It powers everything from homes and hospitals to data centers and electric vehicles. But according to a detailed analysis from Bank of America Institute, the grid is straining under the pressures of surging demand, chronically aging infrastructure, and a growing East-West divide, leaving 31% of transmission lines and an even more alarming 46% of distribution infrastructure “beyond its useful life.” The implications are stark: more outages, higher prices, and a heightened risk of dysfunction at both ends of the grid.
The most alarming fact from BofA’s deep dive is just how much of the grid is overdue for replacement. In 2024, 67% of utility spending on transmission and distribution—$63 billion—went to replacements and upgrades, dwarfing the $32 billion allocated to new lines and substations. This lopsided investment signals a network fighting to keep up, not just with basic maintenance, but with the exponential strain of new users and devices.
The consequences are already being felt by everyday Americans: Power outages are occurring more frequently, with transmission failures climbing steadily.
Data from the North American Electric Reliability Corp. (NERC) points to a clear decline in grid reliability, leaving many consumers with a system less dependable than the one their parents knew at the start of the millennium. Put simply, BofA says, “Grid reliability is worse today than in the early 2000s.”
A surge in demand—from EVs to AI
Why is demand rising so sharply? The BofA report identifies four main forces pushing load growth into uncharted territory, projecting that overall U.S. electrical demand will grow at a 2.5% compound annual rate through 2035, far outpacing the 0.5% annual growth seen in the previous decade.
First is building electrification. As cities across states such as California, Massachusetts, and Colorado ban fossil fuels in new construction, homeowners are using far more electricity for heating and hot water.
Second is the boom in data centers, supercharged by the thirsty AI sector. In a world driven by cloud computing, artificial intelligence, and streaming services, data centers are emerging as “super-consumers” of energy. These facilities already account for up to 2% of global electricity, but BofA projects them growing into the 15% to 23% range annually by 2030.
Third, after years of offshoring, American manufacturing is in comeback mode. Driven by state and federal policy support, construction spending on factory infrastructure hit $234 billion in 2024—a 21% jump over the prior year, and double the average of previous years.
Finally, electric vehicles are changing the game for both residential and public grid demand. Nearly 5 million EVs are already on American roads, a figure that represents 2% of the total passenger vehicle fleet. BofA notes EVs were 9.7% of new vehicle sales in 2024, and even if this figure remains flat, the number of EVs in use will rise at a roughly 15% compound annual growth rate to 22 million on the road by 2030. Not only are these vehicles likely to be charged in residential areas, which have little spare capacity at substations, but BofA notes more public EV charging stations will be needed, and “that will require significant grid investments.”
If every U.S. household went “all-electric”—replacing gas-powered heating, hot water, and vehicles—the monthly consumption would triple, from 875 kWh to 2,803 kWh. Such a seismic shift would overwhelm large swaths of the existing grid without massive upgrades.
Geography matters: West makes, East takes
A less-discussed but critical issue is the split in production and consumption between the East Coast, the West Coast, and the Southwest. While the grid is a national asset, its parts don’t always match up with population centers. Most renewable energy is generated in states including Texas, California, and Oklahoma, and their neighbors. These “energy-producing states” deliver over half the country’s wind and solar power, yet the consumption hot spots are overwhelmingly on the East Coast.
This geographic mismatch means long-distance transmission lines are under mounting pressure. Many are aging, and few are being replaced at the pace required. Long-distance, high-voltage transmission lines—already old and unreliable—must bridge this gap, compounding the strain as demand grows.
Outages and reliability: Why Americans should care
The net result of all these factors? More outages and less reliability. Even as utilities invest almost $100 billion a year in basic infrastructure, BofA’s analysis shows customer satisfaction is likely to hit new lows if the current pace of replacement and expansion isn’t accelerated. Transmission outages have become more frequent, and the resiliency of the grid—especially against weather events or cyberattacks—is declining.
Notably, the Department of Energy’s National Transmission Needs Study warns U.S. transmission capacity must grow 64% by 2040 to meet “moderate” load forecasts, assuming the country continues targeting ambitious clean energy adoption.
While national prices for electricity have stayed mostly stable after inflation adjustments, California offers a glimpse of what happens when infrastructure stress meets rising costs. Over the past seven years, retail electricity prices in the Golden State have soared by 68%, now averaging nearly twice the national norm. This has led to a 5% drop in demand as consumers and businesses adjust, highlighting the real-world elasticity of energy use in response to price spikes and reliability concerns.
The political response: Deregulation vs. investment
Policymakers are keenly aware of the tightrope the grid is now walking. On the first day of his term, President Trump declared a national energy emergency, aimed at streamlining infrastructure permitting and accelerating grid modernization—especially for traditional energy projects like natural gas. While this marked a pivot from the climate-focused policies of the previous administration, funding for the grid remains bipartisan, in BofA’s view: The Grid Deployment Office, formed under President Biden, awarded $14.5 billion in grants through 2023 and 2024, matched by $36.9 billion in private investment.
Artificial intelligence, which powers everything from chatbots to autonomous vehicles, poses a unique challenge. The International Energy Agency estimates that AI servers used around 63 TWh of electricity in 2024, or 15% of total data center demand—a number anticipated to surpass 300 TWh by 2030 as the technology scales. But most data up to now has been used on AI training, whereas running models, also known as “AI inference,” or Gen Z’s well-known love of talking to their chatbots all day as a kind of intimate companion, is projected to overtake it in coming years.
The verdict from BofA’s research is clear: Without sweeping upgrades and expansion, America’s grid will buckle under the weight of growing demand and obsolete hardware. “Gigawatt-scale growth” will necessitate increased investment not just in new capacity, but in modernizing transmission and distribution channels. Until then, expect more outages—and a widening gap between where power is produced and where it’s needed most.
For this story, Fortune used generative AI to help with an initial draft. An editor verified the accuracy of the information before publishing.
