Ratepayer Protection Pledge: The White House’s Attempt to Shield Customers from Rising Electricity Prices Caused by Data Center Expansion

In the last year, residential electricity rates have been surging across the country. While several compounding factors are driving climbing utility bills, attention is becoming increasingly focused on AI data center development as the main culprit.

What Determines Electricity Rates

Fundamental to the business model of U.S. utilities and how electricity prices are set is the socialization of costs. Essentially, when utilities spend money on infrastructure (e.g., generation facilities, transmission lines, transformers), this cost is spread across all ratepayers.

Three-quarters of Americans are served by investor-owned utilities (IOUs), and the other quarter by municipal or cooperative utilities. Because IOUs are monopolies, they’re regulated by public utility commissions (PUCs), which approve utilities’ requests to raise rates through rate cases. Rates are designed such that utilities recover service costs while receiving a government-determined profit margin, and different customer classes (residential, commercial, and industrial) pay varying rates according to the cost causation principle. 

Prior to 2019, electricity prices had been relatively stable for over a decade. However, in the last 5 years, rates have risen significantly, with trends differing across states. One factor is increased spending on grid infrastructure, predominantly focused on replacing old infrastructure rather than improving efficiency. Importantly, failure to invest in infrastructure that delivers low-cost electricity to high-cost areas means this increased spending is not improving affordability. Furthermore, region-specific constraints, such as wildfire-related costs in California and changing resource capacity rating methods in PJM, are accelerating costs faster in some regions than others.

Data Centers Largely Responsible for Recent Rate Surges

In 2025, prices rose 7.1%—over twice the inflation rate—and several reports point towards hyperscale AI data center expansion as the primary driver. These data centers are far larger and more power-hungry than those that have been powering the internet for decades. Meta’s Hyperion campus in Louisiana, for instance, will require more than three times the electricity of New Orleans. As rapid tech companies race to deploy quickly, the Lawrence Berkeley National Laboratory projects that data centers could consume 12% of U.S. electricity by 2028.

Data centers raise rates through two primary mechanisms. First, utilities must build new infrastructure, and these costs are socialized across ratepayers. For example, customers across 7 PJM states are covering $4.4 billion in transmission upgrades to serve data centers between 2022 and 2024. Second, rising demand in electricity markets from data centers pushes up prices as supply can’t keep pace, which utilities pass on to customers through higher rates. These effects combined have resulted in electricity prices increasing by as much as 267% over the last five years in states with high concentrations of data centers, such as Virginia, raising alarm among customers.

Beyond customers, the environment is also bearing the burden. As utilities scramble to secure new power sources, companies are turning to fossil fuels: demand for new natural gas generation has skyrocketed, and several decades-old coal plants that were set to retire are being refurbished to continue operating.

The White House Responds

In response to increased pressure, the Trump Administration issued the “Ratepayer Protection Pledge” in March, aimed at protecting Americans from paying for data center expansion. The pledge calls on the seven signatories—Google, Microsoft, Meta, Oracle, xAI, OpenAI, and Amazon—to “build, bring, or buy all of the energy needed for building and operating data centers, paying the full cost of their energy and infrastructure, no matter what.” This includes paying for (or building) new power supply and required infrastructure upgrades, negotiating separate rate structures with utilities, and hiring from local communities.

However, experts are deeply skeptical, noting that the commitments are purely voluntary. Ari Peskoe, director of Harvard Law School’s Electricity Law Initiative, argues it “does nothing to help consumers,” since states and PUCs control electricity markets and rate structures—not the White House or tech companies. Yet relying on states for implementation is tricky, as states that impose higher data center tariffs and stricter mandates risk deterring data center investments that generate jobs and tax revenue.

Ultimately, there’s no denying that massive AI-driven infrastructure investments and surging demand are hiking up rates for U.S. customers. Although a voluntary pledge cannot provide a simple fix, mounting pressure will likely force the adoption of creative solutions to tackle what has become one of the country’s most pressing energy challenges.

Anya Draves

Research Assistant

Anya Draves is an undergraduate student majoring in physics. She is a research assistant with the Kleinman Center and was a 2025 fall undergraduate fellow.