Industry

Billions Flow into U.S. Power Sector to Feed AI, Driving Mergers and Price Debate

Record merger-and-acquisition activity and unprecedented data-center investments are reshaping the U.S.

Billions Flow into U.S. Power Sector to Feed AI, Driving Mergers and Price Debate

In the first five months of this year, merger-and-acquisition (M&A) activity in the U.S. energy and utilities sector reached a record $203.6 billion (about 70,000 billion HUF), according to Deloitte. That figure is more than 40 percent higher than last year’s full‑year total of $141.7 billion (nearly 49,000 billion HUF), the Financial Times reports.

Both the number and the size of deals are shifting: there were 157 deals all last year, while 77 transactions were announced by the end of May this year, and the average deal size has increased. The primary driver is the rapid expansion of data centers, since artificial intelligence requires growing compute capacity, which in turn demands many more servers, cooling systems and electricity.

The largest announced deal is NextEra Energy’s planned acquisition of Dominion, valued at $112 billion. Another major transaction is the $33 billion purchase of AES Corp by BlackRock Global Infrastructure Partners and EQT.

Data‑center investments and rising power needs

Investment into data centers jumped to $151.5 billion (more than 52,000 billion HUF) in the first five months of this year, more than double the $68.7 billion (about 24,000 billion HUF) reported for the same period a year earlier. For comparison, $321 billion (around 111,000 billion HUF) of data‑center development was announced across the United States last year.

Experts note that AI is only one factor increasing electricity demand. The spread of electric vehicles, industrial electrification and construction of new factories also raise power consumption, and data centers add further load to the system.

Large investments required — who pays?

To serve data centers, utilities must build new power plants, upgrade transmission networks and increase system capacity, often requiring financing on the order of tens of billions of dollars. Many companies pursue mergers or bring in outside investors because larger scale typically yields better credit ratings, cheaper financing and easier capital raising.

Private-equity firms such as BlackRock, Brookfield and KKR have become more active in the sector, attracted by stable, long‑term revenue streams.

Political controversy and consumer concerns

The investment surge has sparked political debate. Analysts warn that someone will ultimately bear the cost of new plants and grid upgrades. Nationwide, electricity prices rose 9 percent over the past year; in Virginia, where Dominion operates, prices increased by 15 percent, while North and South Carolina saw 8 percent rises.

Consumer‑protection groups worry that larger consolidations will strengthen utilities’ market power and make it easier for them to pass investment costs on to households. Several Democratic senators have opened inquiries to determine the role data centers and large technology companies play in rising power bills.

The industry counters that consolidation and larger scale can lower financing costs and ultimately produce lower prices for consumers. NextEra has cited its Florida subsidiary as an example, claiming prices there were 2 percent lower than last year and on average 19 percent lower than in 2019. As part of the Dominion deal, NextEra also offered $2.25 billion in bill credits to affected customers. Consumer advocates say those measures are temporary relief and that long‑term concentration could still increase consumer burdens.

The contest shifts beyond tech companies

In the past two years the AI race centered on technology companies such as Nvidia, Microsoft, Google, Meta and OpenAI. It has become increasingly clear, however, that winners may also include energy companies capable of producing and delivering the vast amounts of electricity AI needs. That means the coming years will decide not only which firms build the best AI, but also which can supply sufficient power — and at what cost to households.