What is the Ratepayer Protection Act? The Ratepayer Protection Act is H.R. 9340, a bipartisan bill that passed the US House of Representatives 417 to 3 on September 16, 2026, and would amend the Public Utility Regulatory Policies Act of 1978 to require state utility regulators to consider a standard making data centers of 100 megawatts or more pay the full incremental cost of the generation, transmission, and distribution upgrades built to serve them. For commercial real estate investors, the Ratepayer Protection Act matters less as data center policy and more as electricity cost policy. The question it answers is who pays for the grid: the hyperscaler creating the new load, or every other commercial ratepayer on the same system. For broader context, see our guide to the best AI tools for commercial real estate investors.
Key Takeaways
- H.R. 9340 passed the House 417 to 3 on September 16, 2026, and was received in the Senate on September 17. It is not law yet.
- The bill is a PURPA "must consider" standard, not a national data center tariff. States decide whether to adopt it.
- It applies to non-residential customers with 100 megawatts or more of peak demand at a single site or campus.
- Two provisions matter most: stranded costs follow the customer after contract termination, and utilities must collect financial assurances before building.
- For non-data-center CRE, the real stake is your electricity operating expense line and whether your lease structure passes it through.
What the Ratepayer Protection Act Actually Does
The Ratepayer Protection Act adds a new paragraph to Section 111(d) of the Public Utility Regulatory Policies Act of 1978, codified at 16 U.S.C. 2621(d). It does not itself charge any data center anything. It creates a federal ratemaking standard that state regulators and nonregulated utilities must formally consider, and the Congressional Budget Office concluded it imposes no private-sector mandate.
The standard itself is narrow. A rate charged to a "large-load customer" must be designed to recover from that customer the full, incremental cost of any generation, transmission, or distribution upgrade necessary to serve its load. A large-load customer is a non-residential electric consumer contracting for facilities that primarily run information technology infrastructure for data storage and computational services, with aggregate peak electric demand of 100 megawatts or more at a single site or campus.
Introduced on June 18, 2026 by Rep. Gabe Evans (R-CO-8) with Rep. Kathy Castor (D-FL), the bill cleared the House Energy and Commerce Committee 52 to 0 and was reported as H. Rept. 119-814. The full text and action history sit on the congress.gov page for H.R. 9340.
Why This Matters If You Do Not Own a Data Center
Most CRE owners will never underwrite a data center, and this is still the AI infrastructure bill most likely to touch their portfolios. The reason is arithmetic. When a utility builds new generation and transmission to serve a 500 megawatt campus and spreads that cost across the general rate base, the increase lands on every commercial meter in the territory, including multifamily, office, industrial, and retail assets.
Fortune reported that US utilities requested roughly $18.6 billion in rate increases during the first six months of 2026, already more than half of the approximately $29 billion requested across all of 2025. Not every request is granted, and approvals take months of state commission review, but the direction is unambiguous and data center load is a named driver.
Translate that to an underwriting model. Consider a property carrying a $400,000 annual electricity bill. A 10 percent rate increase is $40,000 of additional operating expense. Under a gross lease, where the landlord absorbs utilities, NOI falls by the full $40,000, and at a 6.5 percent cap rate that is roughly $615,000 of value erased at no fault of the operator. Under a triple net structure or a full utility pass-through the tenant absorbs it, but you inherit higher occupancy cost and weaker renewal economics instead. Our guide to AI for CRE utility bill management and RUBS recovery covers the mechanics of getting those recoveries right.
The Two Provisions Underwriters Should Read Twice
If you do underwrite data center assets, adjacent land, or credit exposure to developers, two clauses change the risk picture more than the headline cost-recovery rule does.
- Stranded costs follow the customer. The standard requires rates designed to recover upgrade costs "including in the event of such large-load customer terminating a contract" or otherwise ceasing to purchase electricity. That answers the abandoned-campus scenario worrying utility commissions as speculative AI capacity announcements outpace signed leases.
- Financial assurances come before construction. Before making any qualifying upgrade, the utility must require financial assurances or contributions covering the cost. For a developer, that converts a future utility bill into an upfront balance sheet commitment, raising the equity check.
The second provision quietly reshapes competition. Demanding money or credit support before a shovel moves favors hyperscalers and well-capitalized sponsors over thinly financed speculative developers. For anyone evaluating a data center site or a neighboring parcel, the diligence question shifts from "can this project get power" to "can this sponsor fund the assurances the utility will demand." That pairs with the site-level work in our guide to AI utility capacity diligence, will-serve letters, taps, and power. For personalized guidance on underwriting utility risk into a deal, connect with The AI Consulting Network.
How This Differs From the Federal and State Rules Already in Play
H.R. 9340 is a cost allocation measure, which makes it easy to confuse with policy threads that do something else. Grid access is a separate fight: the POWER Up Act would give FERC authority over whether large loads can connect at all, a permission question rather than a pricing one, as covered in our analysis of what the POWER Up Act means for CRE investors. State taxes are revenue measures: Virginia's electricity consumption tax raises general fund money without assigning upgrade costs to the customer causing them, as detailed in our breakdown of Virginia's first-in-nation data center power tax. Moratoriums, such as New York's hyperscale permitting pause, stop projects. H.R. 9340 prices them.
One exemption determines where the bill actually bites. States that have already implemented a comparable standard, conducted a proceeding to consider one, or whose legislature has voted on one are excused from repeating the exercise. Several large data center states have done exactly that, so the practical effect may land hardest on emerging markets that have not yet built a large-load tariff.
What CRE Investors Should Do Now
Nothing takes effect this quarter, and that is precisely why this is a good moment to position rather than react.
- Pull your utility exposure by asset. Rank the portfolio by annual electricity spend and by lease structure. Gross-lease assets in data center growth corridors carry the concentrated risk.
- Read the recovery clause, not the rent roll. Confirm whether your leases pass through utility rate increases or only consumption. Many older gross and modified gross leases do neither cleanly.
- Track your state commission, not Congress. If the bill becomes law, the decision that affects your bill happens at your state public utility commission within two years, not in Washington.
- Stress test at the market level. Model a 5 to 15 percent electricity cost increase against NOI and DSCR for assets in Virginia, Ohio, Georgia, Texas, and Arizona growth corridors.
AI tools including ChatGPT, Claude, Gemini, and Perplexity are genuinely useful for the first two steps, extracting utility clauses across a lease portfolio and summarizing state commission dockets that run hundreds of pages. CRE investors looking for hands-on AI implementation support can reach out to Avi Hacker, J.D. at The AI Consulting Network, which specializes in exactly this kind of portfolio-level analysis.
Frequently Asked Questions
Q: Is the Ratepayer Protection Act law?
A: No. H.R. 9340 passed the House 417 to 3 on September 16, 2026 and was received in the Senate on September 17, 2026. It requires Senate passage and a presidential signature before taking effect, and the Senate has not held a floor vote.
Q: Does the bill force data centers to pay for grid upgrades nationwide?
A: No. It creates a federal "must consider" standard under PURPA. State regulatory authorities would be required to formally consider adopting it, but each state decides for itself. The Congressional Budget Office found the bill imposes no private-sector mandate.
Q: How would this affect my property's NOI?
A: Indirectly, and favorably if states adopt the standard. By assigning upgrade costs to the data centers causing them, the standard is designed to keep those costs out of the general rate base that your property pays into. NOI is gross revenue minus operating expenses, and electricity is an operating expense, so anything that suppresses rate increases protects NOI and therefore value at a given cap rate.
Q: When would my state actually decide?
A: If enacted, state regulatory authorities would have one year to commence consideration and two years to complete it and make a determination. States that already implemented, considered, or legislatively voted on a comparable standard are exempt from repeating the process. Details are in the House Energy and Commerce announcement of House passage.