BofA analysts warn utilities may face a generation gap as AI-driven data center demand accelerates

Bank of America analysts are warning that U.S. electric utilities may need to rethink how they plan generation capacity as AI-linked data center demand grows faster than expected. In a view shared with investors and summarized by Utility Dive, the firm projects that data center load could outpace the capacity that utilities have planned to add, creating a potential shortfall that would reshape procurement and reliability strategies.

The bank’s analysts forecast that demand from data centers will exceed planned utility generation additions by more than 100 gigawatts through 2030. A gigawatt is one billion watts of electrical capacity, so the magnitude of the projected gap is substantial relative to typical utility planning horizons.

Under that scenario, BofA expects utilities and power users to become more reliant on two supply approaches that can be deployed quickly or located closer to demand: on-site gas generation and battery energy storage. On-site gas generation refers to natural-gas-fired power facilities installed at or near the end user, while battery energy storage is used to shift energy and help manage short-term peaks and intermittency.

The warning highlights the challenge of aligning long lead-time infrastructure with rapidly changing demand. Data centers require power to run servers 24/7, and their expansion can translate into large, steady electricity loads. Utility planning processes typically involve building or contracting for new capacity years in advance, with regulators and stakeholders reviewing projects and cost recovery.

From an energy-market perspective, a utility planning gap can also translate into higher urgency around resource adequacy, interconnection queues, and dispatchable supply. If demand growth outstrips additions, utilities may need to secure more flexible capacity and consider alternative storage and generation options, even if those resources are more localized than traditional large central plants.

BofA’s framing points to a broader theme for the power sector: electricity demand in parts of the United States is being pulled by a new wave of high-consumption technology infrastructure. While the long-term need for both wires (transmission and distribution) and generation remains, the timing challenge becomes more acute when demand growth accelerates faster than system build cycles.

Still, details that would normally help investors and utilities calibrate the forecast were not provided in the summary. The post did not specify which utility territories or planning assumptions drove the more-than-100 gigawatt comparison, nor did it disclose the specific timeframe for when utilities would be forced to adjust plans or how regulators might respond.

What to watch next is whether utilities and grid planners update integrated resource plans, procurement schedules, and interconnection practices in response to the type of scenario BofA outlined. Developers of battery systems and gas generation, along with data center operators, may also face increased scrutiny as contracts and deployment timing shift to manage near-term demand needs through 2030.