White House and Leading AI Companies Commit to Ratepayer Protection

Key Takeaways 

• On March 4, 2026, the White House announced that Amazon, Google, Meta, Microsoft, OpenAI, Oracle, and xAI have signed the Ratepayer Protection Pledge (Pledge), committing to independently fund the energy and infrastructure costs associated with their data center operations.
• Signatories agreed to (1) build, bring, or buy new generation resources; (2) fund power delivery infrastructure; (3) negotiate separate rate structures; (4) invest in local workforce development; and (5) contribute to grid reliability.
• The ultimate effectiveness of the voluntary Pledge, however, will depend on implementation through utility tariffs, state regulatory processes, and grid planning—areas outside direct federal enforcement.
• Illustrating this regional implementation, regional grid operators and state regulators are independently moving to address data center interconnection and cost allocation. PJM Interconnection has proposed expedited interconnection procedures, and the Public Utility Commission of Texas has proposed new rules to streamline data center grid connections while managing reliability and ratepayer impacts. Companies with significant data center energy footprints that have not signed the Pledge may face a disadvantage in cost-allocation proceedings as regulators use the Pledge as a benchmark. 

Introduction 

On March 4, 2026, President Trump hosted executives from seven major technology companies at the White House for the signing of the Ratepayer Protection Pledge. The Pledge was previewed during the State of the Union address on February 24, 2026, signaling the administration's intent to address the affordability dimension of the AI buildout through industry self-commitment rather than new statutory mandates. 

The initiative responds to the surging electricity demand from AI development driven by rapid technological advancements and an increase in domestic manufacturing, which has led to sharp increases in wholesale capacity prices and contributed to rising residential electricity rates. Specifically, it establishes a purely voluntary framework under which hyperscalers and AI companies agree to independently fund the energy and infrastructure costs associated with their data center operations—expressly to prevent those costs from being allocated to ordinary utility ratepayers and align with independent commitments that some of the companies have previously announced.[1] 

Meanwhile, grid operators and state regulators across the country, like PJM Interconnection (PJM) and the Public Utility Commission of Texas (PUCT) are independently developing new frameworks to manage the integration of large data center loads, reflecting the national scope and urgency of the issues surrounding the Pledge. 

Ratepayer Protection Pledge: Summary of Key Commitments 

The Pledge sets forth five commitments:  

1. Build, bring, or buy a new generation. Signatories agree to add net-new generation capacity sufficient to meet data center demands, rather than competing with ratepayers for existing supply.  

2. Fund power delivery infrastructure. Signatories bear the full cost of transmission and distribution upgrades required for their data centers—costs traditionally socialized across ratepayers.  

3. Negotiate separate rate structures. Companies will negotiate bespoke tariffs with utilities and pay for allocated power and infrastructure on a take-or-pay basis.  

4. Local workforce investment. Signatories commit to hiring and training talent from host communities.  

5. Contribute to grid reliability. Signatories will coordinate with grid operators to make backup generation available during emergency conditions. 

Broader Policy Context 

The Pledge builds upon the administration’s broader energy initiatives, including the July 2025 America’s AI Action Plan. It also aligns with the January 2026 Statement of Principles Regarding PJM signed by the National Energy Dominance Council (NEDC) and the governors of states in the PJM. This statement urged PJM to file proposed tariff revisions addressing how large load additions are managed and their impact under PJM’s rules. 

The Pledge alters the energy regulatory scheme by shifting costs traditionally socialized across ratepayers, like generation capacity and transmission upgrades, directly to data center operators through bespoke tariffs and take-or-pay arrangements. The Pledge does not provide guidance or enforcement of this change, leaving the companies and regulatory bodies to create the cost framework. Implementation will require coordination between the Federal Energy Regulatory Commission (FERC), which governs bulk-power transmission cost allocation and interconnection queues, and state public utility commissions (which approve retail rate structures). 

Intersection With State and Regional Actions Regarding Large Load Additions  

Following the NEDC and governors’ Statement of Principles, the PJM board of managers issued a decisional letter to all PJM stakeholders regarding the PJM Critical Issue Fast Path—Large Load Additions. Shortly thereafter, on January, 16, 2026, PJM issued a statement outlining a plan to reliably integrate large loads. Then February 27, 2026, in response to FERC’s December 18, 2025,[2] PJM filed proposed tariff amendments for expedited interconnection track process for generating facilities.[3] This proposal included the following elements: 

• An expedited interconnection track designed to expedite the interconnection of new generation that commits to firm commercial in service dates, has a commitment from the primary siting authority (or a state executive officer in certain circumstances) to expedite consideration of applicable siting, and provides a pathway for new generation
• Updates to curtailment priorities so as to better align curtailment priorities with the entities and zones that are contributing to the particular resource adequacy issue giving rise to the need for curtailment
• Development of a backstop procurement mechanism to secure an additional level of new generation capacity resources to help mitigate the shortfall in capacity
• Commitment to a holistic review of the current wholesale energy and capacity market design (including potential changes to that design) so that PJM’s markets continue to meet the needs of both investors and customers

This stand-alone process would fast-track new, shovel-ready resources and uprates of at least 250 megawatts of unforced capacity that are supported by a state primary siting authority. The expedited interconnection track will be open to all fuel types, including storage. PJM would choose up to 10 projects annually for two years, with the initiative ending at the end of 2027. PJM argues that the EIT process creates a temporary, expedited generator interconnection process in parallel with PJM's cycle process to interconnect generation projects of significant size in response to a need for additional capacity resources, and the EIT process is consistent with similar procedures approved by the commission for the Midcontinent Independent System Operator, Inc. (MISO) and Southwest Power Pool, Inc. (SPP) analogous processes, both of which FERC has already accepted.[4] 

Texas regulators are taking parallel steps. On March 12, 2026, the PUC proposed new rules to streamline data center connections to the Electric Reliability Council of Texas grid. The proposal would lower interconnection fees for large loads and establish gating requirements, minimum standards a project must meet to demonstrate site readiness, to determine which projects are studied first for grid interconnection. Comments on the proposed rule are open until April 17, 2026.  

Together with PJM's actions, the Texas proposal illustrates a broader trend of state and regional authorities moving independently to address data center load growth, grid reliability, and ratepayer protection.  

Implications of the Pledge  

Technology companies. Signatories must accelerate the pursuit of self-generation, long-term power purchase agreements, and behind-the-meter solutions to meet the additionality requirement. Non-signatories should expect the Pledge to serve as a benchmark in cost-allocation proceedings.  

Energy sector. Utilities must accelerate grid planning while navigating tariff negotiations with hyperscalers, and the reliability commitment could support new demand-response or emergency backup arrangements. State public utility commissions will be the primary implementation arena, balancing economic development with affordability and grid reliability. Early regulatory actions in PJM and Texas illustrate this dynamic: Both regions are developing tailored interconnection and cost-allocation frameworks for large loads, and the Pledge may serve as a policy reference point as those proceedings advance. 

Ratepayers and investors. Households may view the Pledge as reassurance against severe electricity bill increases from data center growth, though it does not address broader rate pressures from fuel costs or other load growth. For investors, the Pledge could support project finance structures for new generation and transmission assets, though expanded cost exposure and take-or-pay structures represent material disclosure items.  

Risks and Open Questions 

Enforceability. The Pledge is voluntary and not codified in a statute or regulation, so principal enforcement mechanisms are reputational and political. Some members of Congress may seek to codify elements in legislation, particularly cost-allocation and interconnection provisions. 

Definitional ambiguity. The Pledge requires signatories to "build, bring, or buy" new generation but does not define what qualifies—existing PPAs with projects under construction, nuclear restarts, and new gas-fired generation may all arguably qualify.  

Broader cost increases. The Pledge does not address broader cost drivers such as increased competition for fuels like natural gas, copper, or components like gas turbines. Additionally, costs related to transmission and load planning will have to be distributed by utilities and state regulators.  

Implementation timeline. The Pledge may also be expanded by the administration to additional hyperscalers beyond the initial seven signatories, but short-term grid deficiencies and price pressures may persist even with company commitments, as building generation and transmission infrastructure is a multiyear process.  

Conclusion 

The Pledge marks a novel public-private effort to address ratepayer concerns tied to large-scale data center energy demand. While it signals strong executive intent and encourages private sector investment in generation and grid infrastructure, its ultimate effect will depend on state-level implementation. 

Stakeholders across the energy and data center ecosystem should take proactive steps in response. Data center developers should engage utilities and state regulators to operationalize Pledge commitments through negotiated rate structures and interconnection plans. Energy companies should develop frameworks reflecting data center load profiles. State regulators should clarify grid integration responsibilities for large industrial consumers. All stakeholders are also advised to monitor regulatory developments closely and assess how tailored electricity supply solutions fit into broader cost and reliability objectives.  

Endnotes
[1] See, e.g., Building Community-First AI Infrastructure; Stargate Community (Jan. 20, 2026); Covering electricity price increases from our data centers (Feb. 11, 2026).  

[2] PJM’s actions are in response to the FERC December 18, 2025, order in its PJM co-location docket, finding that PJM’s open access transmission tariff, operating agreement, and reliability assurance agreement are not just and reasonable because they do not sufficiently address the rates, terms, and conditions of service that apply to generators serving load that co-locates behind the generating facilities’ point(s) of interconnection with the grid. FERC’s adopted definition of “Co-Located Load” is a “configuration that refers to end-use customer load that is physically connected to the facilities of an existing or planned Customer Facility on the Interconnection Customer’s side of the Point of Interconnection to the PJM Transmission System.” PJM Interconnection, LLC, 193 FERC ¶ 61,217 at P 2 (2025). See our January 13, 2026, Update. 

[3] The FERC December 18, 2025, order ordered PJM to implement an EIT by August 2026. The PJM Members Committee previewed the EIT in a presentation on February 19, 2026. 

[4] Order Accepting Tariff Revisions, Subject to Condition re Midcontinent Independent System Operator, Inc. under ER25-2454 (July 21, 2026); Midcontinent Independent System Operator, Inc. Order Addressing Arguments Raised on Rehearing, Docket No. ER25-2454-002 (January 22, 2026); Order Accepting Tariff Revisions, Subject to Condition re Southwest Power Pool, Inc. under ER25-2296, 192 FERC ¶ 61,062 (July 21, 2025); Southwest Power Pool, Order Addressing Arguments Raised On Rehearing, 194 FERC ¶ 61,051 (Jan. 22, 2026), See our prior Update here on the SPP process.