The U.S. data center moratorium wave has become the most significant land-use constraint on crypto mining infrastructure since China's 2021 ban. As of October 2026, 482 active restrictions span 44 states, with $130 billion in projects blocked or delayed in Q1 alone — matching the full-year total ...
"We're not letting residents foot the bill while data centers come in, plant the seeds and benefit from our localities." — Governor Kathy Hochul, New York State
The U.S. data center moratorium wave has become the most significant land-use constraint on crypto mining infrastructure since China's 2021 ban. As of October 2026, 482 active restrictions span 44 states, with $130 billion in projects blocked or delayed in Q1 alone — matching the full-year total for 2025. New York enacted the first statewide moratorium in July 2026. A federal bill, introduced by Sen. Bernie Sanders and Rep. Alexandria Ocasio-Cortez, proposes halting all new facilities above 20 MW until Congress enacts safeguards.
The restrictions arrive at a moment of acute vulnerability for Bitcoin mining. CoinShares data shows listed miners' weighted average cash cost reached $75,500 per coin in Q2 2026 — 29% above Bitcoin's quarter-end price of $58,400. The network hashrate dropped 27% from its October 2025 peak of 1,160 EH/s to 850 EH/s by February 2026, the steepest decline since China's crackdown. While hashrate has partially recovered to approximately 984 EH/s as of early October 2026, the structural damage is clear: public miners are exiting Bitcoin and converting facilities to AI compute, where per-megawatt revenue runs 3x higher.
This report maps the moratorium landscape, quantifies the economic cost to crypto mining, and examines how the collision between AI demand and mining capacity is reshaping the infrastructure economics of both industries.
The scale of U.S. opposition to data center construction in 2026 has no modern precedent in infrastructure regulation. According to Data Center Watch, a tracker maintained by 10a Labs:
New Jersey leads with 93 restrictions, followed by Michigan (63), Ohio (55), and North Carolina (52). The opposition is bipartisan: conservative rural counties object to water and power consumption while progressive urban jurisdictions cite environmental and equity concerns.
More than 300 data center-related bills were filed across 30+ states in the first six weeks of 2026, according to Good Jobs First, marking what the organization described as "a clear shift from incentive-focused policies toward regulatory oversight."
New York's Responsible Data Center Development Act (S10642/A11560), passed by the state legislature on June 4, 2026, and enforced via Governor Hochul's executive order on July 14, represents the first statewide moratorium in U.S. history. Key provisions:
New York previously imposed a two-year moratorium on proof-of-work crypto mining using fossil fuels in 2022. The 2026 law is broader, covering all data center operations regardless of computing purpose — AI, cloud, and crypto mining alike.
Other state-level actions include:
| State | Action | Status | |-------|--------|--------| | New York | One-year statewide moratorium (20 MW+) | Enacted July 14, 2026 | | Maine | Legislature passed moratorium | Vetoed by Governor Mills | | Oklahoma | Moratorium until 2029 | Under consideration | | Michigan | Prohibition until April 2027 | Under consideration | | Oregon | Three-year moratorium proposed | Introduced August 2026 | | Chicago, IL | Mayor signed executive order for temporary moratorium | Enacted August 2026 | | Florida (Edgewater) | Permanent ban on data centers and crypto mining | Enacted September 14, 2026 |
Sen. Bernie Sanders and Rep. Alexandria Ocasio-Cortez introduced the AI Data Center Moratorium Act (S.4214 / H.R.9442) on March 25, 2026. The bill would:
The legislation is not expected to advance in either chamber, according to policy analysts. However, it signals a political framing that has found traction at the state and local level: data centers as extractive infrastructure, consuming public resources while generating limited employment.
The moratorium wave compounds what was already a structural crisis in Bitcoin mining economics. CoinShares' Q2 2026 Mining Report documents the deterioration:
| Metric | Value | Context | |--------|-------|---------| | Listed miners' cash cost per BTC | $75,500 | 29% above BTC price of $58,400 at Q2 end | | Hash price | $27.7/PH/s/day (June avg.) | All-time low; five-year record | | Hashrate peak-to-trough decline | -27% (1,160 → 850 EH/s) | Oct 2025 to Feb 2026; worst since China ban | | Current hashrate | ~984 EH/s (Oct. 2026) | Partial recovery; still 15% below peak | | Legacy rigs unprofitable | 15-20% of fleet | Operating below variable cost | | Daily miner revenue | $27M (July low) → $48M (Oct.) | 78% rebound, still below historical norms |
The sector operated below cash breakeven in aggregate during Q2 2026. Core Scientific paid $41.9 million to cancel 15 EH/s of next-generation mining hardware from Block's Proto division. Keel Mining ceased all mining operations on June 29 and will record zero mining revenue in Q3.
These data points confirm the foundational report's finding that Bitcoin mining depends on approximately $18.2 billion in annual issuance subsidies versus $115 million in user fees — a 158x subsidy-to-revenue ratio. The moratorium wave raises the cost side of that equation by constraining where new capacity can be deployed.
The moratorium wave is not causing miners to relocate to friendlier jurisdictions, as occurred after China's 2021 ban. Instead, it is accelerating conversion of mining capacity to AI compute. The economic logic is straightforward:
According to CoinShares, Bitcoin miners have signed GPU co-location and cloud service deals with hyperscalers worth over $70 billion in aggregate through 2025 and early 2026. Major contracts include:
| Company | Deal | Value | Partner | |---------|------|-------|---------| | TeraWulf | 20-year data center lease, 401 MW, Kentucky | $19 billion | Anthropic | | Core Scientific | 12-year HPC hosting, 590 MW | $10.2 billion | CoreWeave | | Riot Platforms | AMD GPU lease | Up to $1 billion | AMD |
Core Scientific's HPC revenue reached $77.5 million in Q1 2026, up from $8.6 million in Q1 2025 — a 9x increase. The company projects 71% of total revenue from HPC by end of 2026, up from 5% in 2024.
Listed miners could derive as much as 70% of their revenue from AI by end of 2026, up from approximately 30% at mid-year, according to CoinShares analyst James Butterfill.
On October 6, 2026, Russia's government adopted Resolution No. 1300, confirmed by the Ministry of Energy on October 9. The decree:
Russia accounts for an estimated 11-13% of global Bitcoin hashrate, the second-largest share after the United States. The decree does not shut down existing operations, but it makes all future expansion contingent on accepting last-priority access to the grid.
Separately, Russia banned crypto mining across the Moscow region through 2032 via an August 2026 decree, affecting the country's most electricity-constrained zone.
A SemiAnalysis analysis of the moratorium landscape provides a notable counterweight to the headline figures. After mapping more than 300 moratoriums and cross-referencing them with actual planned projects:
SemiAnalysis's Datacenter Industry Model forecasts +38 GW of datacenter IT capacity delivered in the U.S. in 2027, more than double the 2026 figure. The firm's position: moratoriums are politically significant but operationally manageable, as hyperscalers redirect to unencumbered jurisdictions.
This counterpoint matters for Bitcoin mining. If AI operators can route around moratoriums by building in unrestricted areas, the restrictions primarily affect mining operations that lack the capital and relationships to do the same.
The U.S. data center moratorium wave is not a mining ban. It is a land-use and energy-policy response to the collision between AI demand and grid capacity that caught crypto mining in the crossfire. The 482 active restrictions represent the largest coordinated constraint on compute-infrastructure expansion since China's 2021 mining prohibition, though their direct operational impact appears more limited than headline figures suggest.
For Bitcoin mining, the economic implications are indirect but material. Moratoriums increase the cost and complexity of siting new facilities. Combined with hash prices at five-year lows and production costs above the Bitcoin price, they are pushing miners toward a rational exit: converting megawatts from mining to AI hosting, where revenue runs 3x higher and margins reach 85%.
This transition aligns with the economic-value framework that governs crypto infrastructure. Bitcoin mining has always been a subsidy-dependent activity — $18.2 billion in annual issuance supporting a network that generates $115 million in user fees. The moratorium wave does not create that imbalance; it makes it harder to sustain. The miners who survive will be those who found an alternative revenue source — and that source, increasingly, is not Bitcoin.