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Written by Nithinraj Kooneri

in Bifrost Systems
The Politics of Speed — Fenrir Research
Bifrost Systems/Strain/The Politics of Speed
Fenrir Research · Bifrost Systems · Strain / 07

The Politics of Speed: Who Decides, and Who Pays

The whole system now optimises for speed — and speed is not an engineering variable. It is a political choice that reallocates who decides and who pays, and the project IRR captures neither.
Fenrir Research  ·  Jul 2026  ·  Yggdrasil Ledger / latticelog.in

There is a haste that builds and a haste that merely breaks ground. The first asks the valley’s leave; the second learns, too late, that a valley withholds it. The wise reckoned the cost of speed before the first stone was cut — for the stones do not send the bill. The country does.

Original epigraph, in the register of Tolkien’s road- and building-verses
Section 01

Speed Became the Only Priority

Something unusual has happened in infrastructure policy: the two halves of the political spectrum have converged on the same objective from opposite premises. The deregulatory right wants to build faster by removing rules; the “abundance” left wants to build faster by fixing a government it believes has become better at blocking than building. They disagree about almost everything except the verb. The result is that speed — not cost, not returns, not even reliability — has quietly become the organising priority of the entire buildout.

The evidence is not rhetorical. In May 2025 the Supreme Court decided Seven County Infrastructure Coalition v. Eagle County by a unanimous 8-0 margin, holding that environmental review under NEPA is a procedural cross-check, not a substantive roadblock, narrowing the required scope of review and instructing courts to give agencies substantial deference. Lower courts have since extended it and litigants now face materially higher hurdles. Alongside it, the Council on Environmental Quality’s NEPA regulations were rescinded outright (interim rule in early 2025, final rule January 2026); a bipartisan Build America Caucus — nicknamed the “abundance caucus” — formed to push permitting reform; the House advanced a SPEED Act to rewrite NEPA further; and a Democratic governor signed a rollback of California’s signature environmental statute to accelerate housing. The direction of travel is not contested. Only its price is.

Analyst Read — A Bipartisan Verb

When an 8-0 Supreme Court, a bipartisan caucus, and a Democratic governor rolling back his own state’s landmark environmental law all point the same way, the tailwind is real and durable — this is a structural regime shift, not a cyclical mood. But a regime that agrees on speed has not agreed on who absorbs its costs, and that unresolved question is where the risk lives. Speed is being purchased on terms nobody has fully priced.

Section 02

Speed Is a Transfer, Not a Technology

Here is the reframe underneath the whole piece. Making a project faster does not, by itself, make it cheaper or better. It reallocates two things — who decides and who bears the residual risk — and those two things are exactly what the project’s financial model does not contain.

The Core Mechanism

Every mechanism that buys speed pays for it by moving a cost off the developer’s balance sheet and onto someone who was not at the table.

Narrowing environmental review moves risk from the developer to the affected community and ecosystem, and removes a channel of legal recourse. Fast-tracking a large load onto the grid moves the cost of the capacity it triggers onto every other ratepayer. The speed is genuine. So is the transfer — and the transfer is invisible in an internal rate of return.

Acceleration mechanismSpeed it buysWho bears the residual
NEPA narrowing (Seven County; CEQ rescission)Faster, narrower federal review; fewer indirect-effect challengesHost community and ecosystem (unstudied indirect effects); opponents lose a recourse channel
Interconnection reform (FERC Order 2023)Higher throughput for “ready” projects; fewer speculative filingsSmaller and earlier-stage developers priced out by higher deposits and readiness bars
Large-load fast-track (grid-operator programmes)Quicker connection for hyperscale demandAll other ratepayers, via socialised capacity and network cost
State-law rollback (CEQA reform)Faster housing and energy approvalsLocal review and the constituencies those statutes were built to protect

None of this is an argument that the transfers are wrong. Several are plainly worth making — a review process captured by opponents to stop projects on their merits is its own failure. The point is analytical, not moral: a faster project is a differently-distributed project, and whoever ends up holding the residual has both a grievance and, increasingly, a vote. That is the mechanism by which speed generates its own opposition.

Section 03

The Bottleneck Is Governance, and Governance Doesn’t Scale With Capital

The reason speed is so hard to buy is that the binding constraint is not money or technology. It is process. The clearest case is the interconnection queue — the line a power project must wait in to connect to the grid. At the end of 2023 the active queue peaked near 2,600 GW, roughly twice the entire installed US generating fleet. It has since eased to about 2,061 GW in 2025, but the decline is the tell: it came largely from project withdrawals and from two grid operators pausing new intake, not from faster processing.

The Queue Is Not a Pipeline
Active US generator interconnection queue capacity (GW), 2021–2025. The 2024–25 decline reflects withdrawals and two RTOs pausing intake, not throughput gains. Historically only ~19% of projects entering queues (2000–2019) reached commercial operation; PJM projects reaching operation in 2025 had waited an average of ~8 years. Source: Lawrence Berkeley National Laboratory, “Queued Up” (2025).

Follow the completion rate and the queue stops looking like a pipeline at all. Of the projects that entered US queues between 2000 and 2019, only about 19% reached commercial operation; for solar the figure is closer to 14%. More than 90% of applications arrive with deficiencies requiring rework. FERC’s Order 2023 — the largest interconnection overhaul in decades, moving to cluster studies and “first-ready, first-served” with higher deposits — is a real improvement, but it buys speed the same way everything else does: by raising the bar to enter, which screens out the speculative and the under-capitalised alike.

Active Queue, 2025
2,061 GW
~1.6× the entire US installed fleet
PJM Wait, 2025 COD
~8 yrs
Average time in queue to reach operation
Historical Completion
~19%
Of projects entering queues 2000–2019
Applications Deficient
>90%
Require revision cycles before study

The lesson generalises past the queue. A governance bottleneck — a study process, a permit, a cost-allocation fight — cannot be relieved by pouring capital into it. More money in the queue just makes the line longer. This is why the buildout’s pace is set by institutions, not balance sheets, and why the scarce input in the entire supercycle is administrative and political capacity, not investable dollars.

Section 04

The Bill Lands on Whoever Didn’t Choose

When speed’s cost is socialised, it lands on people who never voted for the project and capture none of its upside. The starkest example is the collision between data-center demand and the grid. In two years, PJM’s capacity auction — the price paid to keep enough generation available for 67 million people — went from $28.92 to $329.17 per MW-day, an escalation of more than 800%, hitting the FERC price cap and staying there for three consecutive auctions while still falling short of the reliability requirement.

PJM Capacity Price: An 11× Escalation in Three Years
PJM capacity auction clearing price by delivery year ($/MW-day). The 2026/27 and 2027/28 auctions cleared at the FERC-approved cap; the 2028/29 auction also cleared near the cap while falling ~6.8 GW short of the reliability target. The independent market monitor attributed 63% of the 2025/26 increase to data-center load. Sources: PJM; Monitoring Analytics; IEEFA.

The independent market monitor attributed 63% of that increase to data-center load — roughly $9.3bn in a single year, recovered from ordinary customers who did not build the data centers. The average PJM household faces an estimated $70 per month in higher bills by 2028. Nationally, utilities requested a record ~$31bn in rate increases in 2025, double the prior year, and residential electricity prices rose 7% in a single year. The cost of building fast for one customer is being paid, quietly and at scale, by everyone else on the wire.

Delivery yearPJM capacity clear ($/MW-day)Note
2024 / 25$28.92Baseline — the world before the surge
2025 / 26$269.92+833% in one year; data centers ~63% of the rise
2026 / 27$329.17Cleared at the FERC-approved cap
2027 / 28$333.44At the updated cap; short of reliability target
2028 / 29~$325Near cap; ~6.8 GW short for a third straight auction
Section 05

Legitimacy Is a Depleting Reserve

Here is why the socialised bill is not just an equity problem but a risk problem. Speed is bought by spending public consent, and consent is finite. Each acceleration — a narrowed review, a fast-tracked load, a rate rider nobody voted for — draws down a reserve of trust. When it runs low, the response is not a strongly-worded letter; it is a moratorium, a rate-class carve-out, a ballot measure, a revived lawsuit. The backlash is the mechanism by which fast projects become slow ones, retroactively.

That reserve is visibly draining. At least 23 states have already legislated on who pays for the data-center buildout. Virginia is creating a separate data-center rate class; Pennsylvania is running a precedent-setting rate case; Ohio has enacted an 85% minimum-bill ratchet; Oregon, Virginia and Pennsylvania have built frameworks with long contract terms, take-or-pay minimums and full collateral, precisely so that speculative load cannot strand ratepayers. In November 2025 PJM stakeholders voted down every major proposal to make data centers carry more of their own cost, pushing the decision to the board — which chose an incentive route: an expedited connection track for large loads that bring their own generation, and curtailment for those that do not.

Analyst Read — The Whipsaw

A project approved fast under a narrowed process, financed against a socialised cost, sits on a legitimacy it has borrowed rather than earned. That debt is callable. The reversal does not usually kill the asset outright; it re-prices it — a new rate class, a curtailment obligation, a required community-benefit payment, a permit re-opened on a technicality. Underwriting the base case without pricing the callable-legitimacy tail is the most common error in this cycle.

Section 06

What the Market Doesn’t Price

An internal rate of return captures the cost of the build and the value of the offtake. It does not capture the durability of the permission to build — and in a regime organised around speed, that permission is the volatile variable. The projects that will actually get built fast are not the ones with the best headline economics. They are the ones that have already paid the political price of speed up front.

The Positioning Rule

Underwrite the projects that have already paid for their speed — aligned cost-bearers, pre-cleared process, secured local consent — not the ones with the cheapest capital cost.

A large load that brings its own generation has internalised the transfer and earned the fast track. A brownfield repower inside an existing fence has bought its way past both the queue and the siting fight. A project whose speed depends on a socialised cost or a narrowed review it did not secure is carrying an unpriced reversal option that the counterparty holds. Price the permission, not just the plant.

Connects to: NIMBY, Wildlife & the Permitting Wall (the specific procedural barriers this piece treats in aggregate) · The Interconnection Queue (the queue mechanics in full) · Grid Modernization (the network the speed is racing to build) · Who Pays (the incidence question underneath the rate fights) · Rebuilding After Conflict (the sequence that, unlike this one, cannot be rushed) · The Cost of Capital Gap (where speed is scarcer still, because capital is dear).
Section 07

Reading It Through the Frameworks

Where does policy become the cash flow? Directly, and on both sides of the ledger. Permitting reform and interconnection reform are pro-speed policy converting into shorter timelines and higher project throughput. Rate-allocation rules, moratoria and rate-class carve-outs are anti-socialisation policy converting into re-priced cash flows for whoever was carrying the transfer. The same regime that accelerates a project can, twelve months later, re-open its economics — and the trigger is political salience, not project performance.

What kind of risk is it? Speed-driven assets carry a distinctive profile: strong structural tailwind, genuine timeline benefit, and a reversal risk tied to legitimacy rather than technology. The failure mode is not that the plant breaks; it is that the permission is withdrawn or re-priced after the capital is committed. That argues for underwriting on the durability of the consent — the alignment of who pays with who benefits — and treating the fastest-looking deal with the thinnest political cover as the most fragile, not the most attractive.

Own-Generation Large Loads
Paid for their speed
Bring-your-own-power data centers internalise the transfer, earn the fast track, and defuse the cost-allocation fight before it starts.
Brownfield Repower / Behind-the-Fence
Past the queue and the fight
Existing interconnection and site rights sidestep the two slowest governance bottlenecks at once.
Permitting, EPC & Legal Advisory
Sell the shovels of speed
Reform raises the value of executing process well. The scarce capacity is administrative, and it is billable.
Transmission With Contested Allocation
Governance-gated
The need is unarguable; the who-pays fight is the delay. Cost-allocation certainty, not engineering, sets the timeline.
Merchant Projects Deep in the Queue
Speed they don’t control
An ~8-year wait and a ~19% completion rate make the queue position, not the economics, the binding variable.
Socialised-Cost Data-Center Supply
Backlash-exposed
Where the capacity cost is pushed to ratepayers, the reversal is already being legislated in 23 states.
Why Speed Helps the Build
Bipartisan convergence (abundance left + deregulatory right) is a durable tailwind
Seven County, the CEQ rescission and state rollbacks narrow the litigation drag
Order 2023 and fast-track programmes lift throughput for ready projects
Own-generation and large-load tariffs align cost-bearers and pre-clear the politics
Why It Cuts the Other Way
The binding bottleneck is governance, which capital cannot scale
Socialised cost (PJM +833%, ~$70/mo per household) spends legitimacy fast
A 23-state backlash is converting into moratoria, rate classes and take-or-pay
IRR prices the plant, not the permission; the reversal tail is unpriced
Bottom Line

Speed has become the organising priority of the infrastructure buildout, endorsed across the political spectrum and written into law by an 8-0 Supreme Court, a bipartisan caucus and a Democratic governor dismantling his own state’s environmental statute. That tailwind is real and durable. But speed is not an engineering variable an allocator can simply favour. It is a political choice that reallocates who decides and who pays, and the project model captures neither transfer.

The fast project is not the cheap one or the best one — it is the one that has already paid the political price of speed. The bottleneck is governance, which no amount of capital can scale; the bill for acceleration lands on whoever was not at the table; and the legitimacy that fast approvals borrow is callable, one moratorium or rate-class carve-out at a time. Price the permission, not just the plant. Read who bears the transfer, and treat the fastest deal with the thinnest political cover as the most fragile position in the book — not the most attractive.

The swift road and the lasting road are seldom the same road. The one is measured in seasons saved, the other in quarrels settled before the digging began. Men praise the swift road until the day the lasting one is needed — and then curse that it was never built.

Original epigraph, in the register of Tolkien’s road- and building-verses
Bifrost Systems · Strain Thread
← Previous
Rebuilding After Conflict
The capital that arrives last
Next →
NIMBY, Wildlife & the Permitting Wall
The procedural barriers, one at a time
Sources & Notes
Permitting & review: US Supreme Court, Seven County Infrastructure Coalition v. Eagle County, Colorado (No. 23-975, decided 29 May 2025, 8-0 as to judgment) — NEPA as “a procedural cross-check, not a substantive roadblock”, narrowing review scope and affirming substantial agency deference; Congressional Research Service (“Deference Squared”, 2025) and subsequent case-law reviews on extension to environmental assessments; rescission of the Council on Environmental Quality NEPA regulations (interim final rule early 2025; final rule January 2026). Abundance & politics: Ezra Klein & Derek Thompson, Abundance (2025); the bipartisan Build America Caucus (“abundance caucus”); the SPEED Act advanced by the House Committee on Natural Resources (November 2025); California’s CEQA rollback signed July 2025; American Bar Association and Environmental Law Institute commentary on the process-versus-outcome trade-off. Interconnection: Lawrence Berkeley National Laboratory, “Queued Up” (2025 edition) — active queue peaking near 2,600 GW at end-2023 and easing to ~2,061 GW in 2025 amid withdrawals and RTO intake pauses; ~19% of projects entering queues 2000–2019 reaching commercial operation (~14% for solar); >90% of applications filed with deficiencies; average ~8-year queue time for PJM projects reaching operation in 2025; FERC Order 2023 (July 2023) cluster-study and first-ready-first-served reforms. Cost allocation: PJM Interconnection Base Residual Auction results (capacity clearing $28.92/MW-day for 2024/25; $269.92 for 2025/26; $329.17 for 2026/27; $333.44 for 2027/28; ~$325 for 2028/29, near or at the FERC-approved cap and short of reliability targets); Monitoring Analytics / IEEFA attribution of ~63% of the 2025/26 increase (~$9.3bn) to data-center load; NRDC estimate of ~$70/month higher household bills by 2028; PowerLines report on a record ~$31bn of 2025 utility rate-increase requests; US Department of Energy data on ~7% residential electricity price growth in 2025; state responses in Virginia, Pennsylvania, Ohio, Oregon and elsewhere, and PJM stakeholder and board decisions (November 2025 / January 2026). This piece describes legislative, judicial and regulatory actions factually and takes no political position; figures vary between sources and dates. All framing and conclusions are Fenrir Research’s own.
This analysis is for informational purposes only. Not investment advice. Country, company and sector references describe market structure and are illustrative, not recommendations. Fenrir Research is a division of Yggdrasil Ledger (latticelog.in).
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