Data Center Curbs Across America May Position Bitcoin Mining Firms Favorably for AI Growth Despite Hurdles
As American municipalities impose limits on data center construction, Bitcoin mining operations pivoting toward AI infrastructure may find unexpected opportunities, even as local regulations present ongoing obstacles.
Bitcoin mining operations that have already locked in electricity contracts may find themselves advantageously positioned in the competition to establish AI-focused data centers following voter-approved restrictions on new facility construction across multiple American communities. According to industry professionals who spoke with Cointelegraph, the midterm elections may additionally trigger increased congressional examination of who bears the financial burden for necessary grid infrastructure improvements.
During the Nov. 3 US midterm elections, residents across multiple states cast votes on data center development proposals that appeared on ballots alongside congressional contests. Driven by apprehensions regarding escalating power bills, water resource consumption and effects on neighboring areas, citizens chose to restrict development in 40 out of 41 local initiatives monitored by Ballotpedia.
These limitations encompass complete municipal prohibitions, caps on the size of larger installations, six-month moratoriums on upcoming projects and requirements for voter authorization before certain developments can proceed.
These outcomes emerge during a period when prominent Bitcoin mining enterprises are persistently advancing their expansion into AI operations, a strategic shift that Jamie Brown, CEO of Global Kiwi Labs, indicated could gain appeal as community-level restrictions complicate the construction of new data center facilities.
If a Bitcoin miner has not yet repurposed their electric contract and physical plant to AI, the case to do so just got more compelling.
Jamie Brown, CEO of Global Kiwi Labs
Local restrictions make expansion harder
The transformation of miners toward AI-focused infrastructure is currently in progress, with Bitcoin mining companies that trade publicly having disclosed in excess of $70 billion in AI and advanced computing agreements throughout 2025 and into early 2026, based on a first-quarter analysis produced by CoinShares.
However, decisions made at state and local government levels can exert more direct influence on whether data center initiatives actually proceed to completion. This stems from local government bodies frequently controlling zoning regulations and construction permits while also having the ability to shape electricity access.
A company might have access to an attractive site and a significant amount of power capacity, but if local restrictions prevent it from expanding or upgrading that infrastructure, the opportunity becomes much more difficult to pursue.
Jordan Knecht, head of strategic integrations at Kresus
In the previous week's elections, voters gave their support to 27 different measures designed to limit or oppose newly proposed data centers, based on information from Ballotpedia. Among these were five outright prohibitions, 12 measures establishing partial restrictions, and half-year moratoriums on new facility proposals in three municipalities located in Maine.
In Grove City, Ohio, residents gave approval to a regulation mandating public consent for substantial projects consuming in excess of 20 megawatts of electrical power, in addition to meeting other specified criteria.
Federal policy will certainly influence the broader investment environment, but the practical ability to develop and operate these facilities often comes down to conditions in individual markets. For miners looking to transition into AI, I think understanding those local dynamics will be just as important as following developments in Washington.
Jordan Knecht
Expanding into AI is not that simple
Construction costs for AI-ready data center infrastructure typically range from $8 million to $15 million for each megawatt of capacity, in stark contrast to the $700,000 to $1 million per megawatt required for conventional mining operations, as documented in a 2026 analysis from CoinShares.
This substantial cost differential illustrates why having a location with secured electrical power represents merely an initial step for mining operations seeking to transition into artificial intelligence services.
Transitioning from Bitcoin mining to AI workloads requires significant additional investment in infrastructure for cooling, networking, and reliability.
Jordan Knecht
Yuliya Barabash, founder of SBSB Fintech Lawyers, additionally highlighted the contrasts in electrical consumption patterns between Bitcoin mining operations and AI data center facilities. While Bitcoin miners frequently possess the flexibility to curtail electricity consumption during periods of elevated pricing, AI data centers generally require uninterrupted and consistent power delivery, she explained.
Higher electricity prices and additional regulatory requirements could make some projects less profitable or delay their implementation.
Yuliya Barabash, founder of SBSB Fintech Lawyers
These developments coincide with anticipated growth in electricity consumption by data centers across the United States, according to projections from the International Energy Agency (IEA). The organization calculates that data center facilities consumed 224 terawatt-hours of electrical energy in 2025, with projections indicating this number will approach double, reaching 426 terawatt-hours by the year 2030.
The impact of Congressional changes
Among the issues confronting the newly elected Democratic-controlled Congress is determining which parties should bear the financial responsibility for expanding electrical grid infrastructure to accommodate large-scale data center operations.
Knecht suggested that legislators may conduct more thorough examinations of how these facilities influence electricity pricing structures and the approval processes they undergo.
There may be more pressure to ensure that large data center operators are paying their fair share of infrastructure costs rather than passing those expenses on to consumers.
Jordan Knecht
Barabash similarly anticipates enhanced scrutiny regarding the question of which entities should fund the electrical infrastructure investments necessary to accommodate data center expansion.
One of the key priorities is likely to be ensuring that technology companies, rather than ordinary consumers, bear the costs of the additional electricity infrastructure their facilities require.
Yuliya Barabash
Nevertheless, industry experts emphasized that heightened attention from Congress does not automatically indicate lawmakers will attempt to impede data center development initiatives.
AI infrastructure is becoming increasingly important to the US economy, and there is still a strong incentive to support investment in domestic computing capacity.
Jordan Knecht
For mining operators evaluating a potential conversion, the critical consideration is whether revenues generated from AI operations can economically justify expenditures required for upgrading cooling systems, networking infrastructure and power distribution systems. Brown maintains the economics are favorable.
Miners will swap to AI because it is a better ROI than mining.
Jamie Brown