Thesis · Power, Energy & Grid
Will at least three US state public utility commissions approve new large-load or data center tariffs with minimum-take or exit-fee provisions between 2026-11-15 and 2027-12-31?
Visible household bill increases attributed to data centers force state regulators to approve special large-load tariffs that shift costs away from residential ratepayers.
Who is on each side
The two sides.
Each side in DeepStack’s words, then the voices who argue it, attributed and paraphrased, dated where the date is known. A voice links to its page on DeepStack where one exists.
The case for yes
Households pay for data center load
Rate increases land in household budgets while real incomes lag, making energy politically salient and pushing state PUCs to scrutinize cost socialization. Regulators adopt large-load tariff classes with minimum demand charges, long contract terms and exit fees, reallocating cost responsibility to hyperscalers and their utility counterparties.
The case for no
Cost-spreading leaves tariff reform unnecessary
Moses Sternstein argues higher demand lets utilities distribute large fixed infrastructure costs across a bigger base of consumption, lowering per-unit prices for all ratepayers rather than raising them. Under this reasoning, there is little regulatory pressure to adopt special large-load tariffs with minimum-take or exit-fee provisions. This side holds if fewer than three state PUCs approve such tariffs in the window.
3 voices
Households pay for data center load
Hyperscaler power demand drives utility rates higher. These bills show up in household budgets when real incomes have not kept pace with inflation and energy is politically salient. State regulators, feeling faster pressure than federal ones…
Prof G Media
Data centers consume massive amounts of electricity, raising costs for surrounding residents. When these costs become visible and attributable to a specific facility, grassroots opposition mobilizes. This opposition blocks projects and influences…
The rapid deployment of AI datacenters creates surging power demand that strains US energy grids, pushing wholesale electricity costs sharply higher and accelerating consumer electricity price growth to roughly 61 percent faster than broader…
1 voice
Cost-spreading leaves tariff reform unnecessary
Higher demand allows utilities to distribute their large fixed infrastructure costs across a larger base of consumption, resulting in lower per-unit prices rather than the intuitive outcome of higher prices from higher demand.
What would settle it
The dated tests.
Each test names the public source that settles it, the rule and the day. The Call’s number, the readers’ median and the machines’ numbers stand beside it, as on the Docket.
Constellation Energy, purchases of property and equipment as a share of revenue, quarter ended September 30, 2026: whether it comes in at or above 20%.
On the Docket Pendingth079-t01Open question
Specification pending
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Constellation Energy, purchases of property and equipment as a share of revenue, quarter ended September 30, 2026: whether it comes in at or above 23%.
On the Docket Pendingth079-t02Open question
Specification pending
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Constellation Energy, purchases of property and equipment as a share of revenue, quarter ended September 30, 2026: whether it comes in at or above 26%.
On the Docket Pendingth079-t03Open question
Specification pending
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Constellation Energy, long-term debt as a share of the quarter's revenue, quarter ended September 30, 2026: whether it comes in at or above 320%.
On the Docket Pendingth079-t04Open question
Specification pending
Your numberSign in by email to forecast
Constellation Energy, long-term debt as a share of the quarter's revenue, quarter ended September 30, 2026: whether it comes in at or above 345%.
On the Docket Pendingth079-t05Open question
Specification pending
Your numberSign in by email to forecast
Constellation Energy, long-term debt as a share of the quarter's revenue, quarter ended September 30, 2026: whether it comes in at or above 370%.
On the Docket Pendingth079-t06Open question
Specification pending
Your numberSign in by email to forecast
In The Buildout
The Parts on the same question.
The stories that take up this thesis, with their own Calls and tests.
Part 13: The Ratepayer Pays First
Data centers pay for the wires they cause. The higher capacity price their demand sets reaches every household in PJM first. DeepStack reads both bills and names the federal price data and the December auction that will test the view.
Part 06: Power Doesn’t Depreciate. Its Premium Moves.
AI’s scarcity rent is shifting from chips to permitted, delivered power, but execution, politics and demand can still break the trade.
A thesis page states one question and both sides of it; DeepStack takes no side in words, and its view is the number it gives each test before the date. Analysis and opinion, not investment advice. Voices are paraphrased from public writing and attributed by name; DeepStack shows no score, ranking or accuracy for any person. Pre-specified means the words were approved on or before the test’s date. Specified after the date means they were written afterwards: such a test is counted and shown, and never rated. An open question has no words yet. The Call’s number is the chance, from 0 to 100, that the Call gives the yes answer to a test’s question, recorded before the test’s date; it is DeepStack’s own reading, not a market price and not advice. The readers’ mark on the same line is the readers’ median, the middle of the numbers signed-in readers gave the test, shown from 25 readers.