
Photo: CNN
The Trump administration is weighing new measures that could force major technology companies to shoulder a larger share of the infrastructure costs tied to the rapid expansion of artificial intelligence data centers.
Speaking in a weekend interview, Peter Navarro, a senior trade and manufacturing adviser to Donald Trump, said the government is exploring ways to require operators to “internalize” the full economic impact of their facilities — from electricity consumption to grid reliability and water usage.
The proposal reflects growing concern in Washington and across state governments that the surge in hyperscale data center construction is placing mounting pressure on power systems, local utilities, and household energy bills.
The rise of generative AI and cloud computing has triggered a wave of new data center projects across the United States, particularly in regions such as Northern Virginia, Texas, and the Midwest. These facilities can consume as much electricity as a small city, and in some cases require dedicated substations, transmission upgrades, and large volumes of water for cooling.
Electricity prices climbed roughly 6.9% year over year in 2025, according to government data, intensifying scrutiny over whether residential customers are indirectly subsidizing the infrastructure required to support the digital economy.
Navarro argued that companies — naming Meta as an example — should not only pay for the power they consume but also for the broader system upgrades their demand necessitates. Industry representatives, however, maintain that major operators already fund significant grid improvements and renewable energy projects tied to their campuses.
The debate is unfolding as economic affordability remains a central political issue ahead of the 2026 midterm elections. Polling aggregates from RealClearPolitics show voters increasingly focused on cost-of-living pressures, including utilities and housing.
While the administration has attributed inflationary pressures to previous policies, critics argue that energy costs and infrastructure bottlenecks remain unresolved. The political stakes are high, with both parties framing the data center boom either as a driver of economic growth or a contributor to rising household expenses.
Concerns about grid capacity are particularly acute in territories served by PJM Interconnection, the largest electricity market in the United States. The operator manages power for more than 65 million people and includes some of the country’s densest clusters of data centers.
Earlier this year, federal officials and several states pushed for new rules encouraging large technology firms to finance additional generating capacity. The initiative included proposals for up to $15 billion in new power projects, aimed at preventing shortages and stabilizing prices as demand accelerates.
Energy Secretary Chris Wright described the region as one of the most exposed to reliability risks if supply fails to keep pace with digital infrastructure growth.
Technology companies have pushed back on the idea that they are shifting costs onto consumers. Meta said it already pays the full price of its energy consumption and invests heavily in local grid upgrades and renewable generation tied to its facilities.
Similarly, Microsoft recently pledged that its data center expansions would not increase local utility bills and committed to replenishing water resources used in operations. The company has also accelerated long-term power purchase agreements to secure clean energy capacity.
Industry analysts note that hyperscale operators collectively spend tens of billions of dollars annually on infrastructure, land, and power procurement, making them among the largest private investors in U.S. energy systems.
While no formal policy framework has been released, potential mechanisms under discussion include mandatory infrastructure contributions, long-term capacity payments, or regional compacts tying project approvals to grid investments.
Such approaches would mirror cost-allocation models already used in some utility jurisdictions, where large industrial customers fund dedicated upgrades rather than spreading expenses across ratepayers.
Experts say the challenge for policymakers will be balancing consumer protection with the need to maintain the U.S. as a competitive hub for AI and cloud infrastructure — sectors expected to attract hundreds of billions of dollars in investment over the next decade.
The clash over who pays for the energy backbone of the AI economy highlights a broader shift in industrial policy. As digital infrastructure becomes as critical as roads or ports, governments are increasingly scrutinizing how costs and benefits are distributed.
Whether new rules ultimately emerge or remain a negotiating tool, the debate signals that the era of unconstrained data center expansion is giving way to closer oversight — and a more explicit price tag for powering the next phase of the technology boom.









