Taming Data Center Turmoil
A Regulatory Framework to Meet Today's Challenges
A decision-making approach for policymakers to protect consumers, the economy, and the climate.
Something structural is happening to America’s electricity system. Across the country, hyperscale data centers developed by companies such as Amazon Web Services, Google, and Microsoft are arriving in clusters of unprecedented scale. Individual projects now demand enough electricity to power a small city. And they are arriving fast.
These are not incremental additions to a utility forecast– they are system-shaping inflection points. As these hyperscalers come online, they are stress-testing the foundations of U.S. electricity market design and overwhelming our regulatory tools, with consumers and the climate shouldering the risk.
The question is no longer whether hyperscale growth is coming– it is how should policymakers update our systems to manage it?
What this Series Does
Taming Data Center Turmoil is a legislator decision-support series built to help lawmakers meet this moment of institutional change.
States are making infrastructure and financial commitments today that will shape household bills and the power system for decades to come. Often, those commitments are moving faster than public debate can keep pace.
This series clarifies rather than advocates– its aim is to help decision makers know which questions to ask rather than prescribe predetermined outcomes. Policymakers still have authority over who pays for the infrastructure hyperscalers require, and which types of infrastructure we build to support them. However, exercising that oversight without saddling consumers and the climate with undue risk requires a clear understanding of trade-offs.
This series is built to provide that clarity.
Each publication distills complex electricity market dynamics into clear, structured decision points, equipping lawmakers to act with confidence, and a full understanding of what is at stake.
The Rise of Hyperscalers
Data centers now require significantly more power than current grids were designed to deliver. This article explores the magnitude of the challenge and examines why current strategies are falling short.
Hyperscalers Push Electricity Markets To Their Limits
This report examines the interrelated, structural reasons that our regulatory system is failing to properly evaluate hyperscale data center proposals. Regulated utilities, competitive wholesale markets, and fully deregulated systems have all ended up with the same adverse outcomes: concentrated infrastructure risk, opaque cost allocation, and financial exposure distributed across customers who had no role in driving the investment. The policy challenge is not load growth itself – it is the misalignment of risk and responsibility.
A Vision for Data Center Regulation that Protects Consumers
This paper gives policymakers a framework to design much needed regulatory reforms to protect consumers and the climate from hyperscale data center risk. Lawmakers should ensure every project proposal passes three tests that cover the lifespan of a data center: Has the project proven its electricity demand and put its own money behind it? Does the facility bear the real costs and burdens it imposes? Does the facility leave the public better off over the decades after its contracts expire? The report also outlines nine policy elements accompanying the three tests to ensure a rigorous review that closes all loopholes
Policy Pathways to Protect the Public and Deliver Lasting Benefits
Hyperscale data centers are arriving faster and larger than the institutions governing electricity systems can keep up with. This report gives policymakers three practical pathways – protect the public, build the capacity to govern, and deliver durable public benefits – for sequencing the nine protections states need most.