Ratepayer Protection Act failed to make progress in the U.S. Senate, which raises a core issue for the U.S. digital economy: who will bear the costs of upgrading the power grid required by large data centers? This procedural vote received 57 votes in favor and 43 against, which is less than the 60 votes needed to move the bill forward.

Abstract

• After the House of Representatives passed the bill with a vote of 417 to 3, the Senate still left the bill stalled.
• The proposed cost standards are aimed at computing facilities with a peak power consumption of at least 100 megawatts.
• Each state will decide whether to adopt these standards.
• 7 tech companies pledge to provide funding for the new power generation capacity required for their data centers.

In an opinion piece published on October 14, 2026, by CoinDesk, Rashan Colbert argued that this vote marks the beginning of a broader debate surrounding the regulation of digital infrastructure, which is still in its early stages. Colbert serves as the US policy director for Crypto Council, for, and Innovation, and also holds the role of policy lead for Digital Energy Council.

The Senate suffers a setback, following the overwhelming support from the House of Representatives

Although the bill was passed in the House of Representatives with a overwhelming vote of 417 to 3, a procedural vote in the Senate prevented it from progressing any further. The bill was spearheaded by Republican Senator Jon Husted from Ohio, as well as Republican Representative Gabe Evans from Colorado and Democratic Representative Kathy Castor from Florida.

This bill is aimed at protecting families and small businesses from having to pay for the infrastructure required to serve large data centers. Colbert interprets Congress's attention as a response to public questions: who should ultimately bear the cost of upgrading the power grid.

The proposal leaves the power to decide whether to adopt it to each state. The article states that the focus of the debate in the Senate is whether requiring states to consider a cost-recovery standard is sufficient enough.

How does the bill address the electricity costs of data centers?

According to the proposed legislation, state public utility regulatory agencies and some public utility companies need to consider relevant standards to ensure that eligible computing facilities bear all the additional costs of power generation and grid upgrades required to supply them with electricity. These standards apply to facilities with a peak power demand of at least 100 megawatts, and they are not automatically enforced nationwide.

The difference lies in the fact that considering a certain standard and a state's decision to adopt that standard are not the same thing. What this proposal attempts to address is how the costs of the power grid should be allocated as the U.S. digital economy expands.

Colbert believes that before a project is advanced, the costs of infrastructure should be clear and transparent, and developers also need to have clear expectations before investing capital. He also called for the community to have the opportunity to raise questions about the project when the location and infrastructure arrangements can still be adjusted.

Tech companies pledge to contribute funds for new power generation

Ratepayer Protection Pledge promises that the participating technology companies will bear the costs of the additional power generation capacity required for their data centers. The participants include Microsoft, Amazon, Oracle, Google, xAI, Meta, and OpenAI.

U.S. President and technology company leaders agreed to this commitment earlier in 2026. In July, the White House expanded this initiative to include more than 200 additional participants, covering utility companies, data center developers, cooperatives, and various states.

Colbert believes that Congress must further clarify how these commitments should be implemented in public policy. These commitments are aimed at power generation costs, and the proposed standards in legislation also cover grid upgrades.

Power grid policies permeate the US digital economy

Both artificial intelligence and digital asset networks rely on physical infrastructure that requires electricity, equipment, land, and access to power grids. Colbert believes that decisions regarding these investments will affect the locations where computing power is deployed and the speed at which projects are progressed.

He called for faster development of power generation, transmission, energy storage, and equipment, and believed that merely allocating costs would not solve the problems of infrastructure constraints. The approach he proposed was to combine more predictable public policies with protection of communities and the environment.

The article predicts that by the end of 2026 and during the next congressional term, debates surrounding energy, data centers, chips, servers, and cutting-edge models will become even more intense. Colbert distinguishes between model security regulations and utility rates, and also believes that restrictions on underlying infrastructure will affect the entire technology stack.

Crypto Council for Innovation's Digital Energy Council includes digital assets, artificial intelligence, and energy companies in policy discussions. Its established focus is on expanding America's energy capacity and enhancing grid reliability, leveraging the experience of its members in building and operating digital infrastructure.

This article was generated with the assistance of artificial intelligence and has been reviewed by an editorial team.