Dmitri Drobnitsky
New York becomes the first US State to freeze Data Center construction.
The state has imposed a moratorium on new “hyperscale” data centers while it develops new rules and policies governing electricity allocation and grid capacity.
The issue comes down to power generation
New York already has one of the highest levels of electricity consumption in the United States, while its power grid is under significant strain. At the same time, dozens of large-scale data centers are being planned or built across the East Coast, fueled by the ongoing AI investment boom.
Even before the rapid expansion of data centers, New York’s electrical system had experienced repeated failures, including blackouts affecting New York City, other parts of the state, and neighboring states. Now, the growing electricity demands of AI-driven data centers are placing additional pressure on the grid.
The legislation
The state legislature initially passed a bill prohibiting the construction of data centers with an authorized power capacity exceeding 20 megawatts (MW).
The legislation was sent to Governor Kathy Hochul, who, after several days of deliberation, announced a moratorium on the construction and commissioning of new “hyperscale” data centers.
There is no official definition of what constitutes a “hyperscale” facility in terms of electricity consumption.
Industry publications generally consider a conventional data center to consume between 10 and 25 MW, while facilities designed to support AI workloads typically require 25 MW or more.
Earlier, officials in Governor Hochul’s office had indicated that a 50 MW threshold was under consideration. However, the bill passed by the legislature sets the limit at 20 MW.
It remains unclear whether Governor Hochul will sign the bill as written or negotiate a somewhat higher threshold with lawmakers before the moratorium takes effect. Regardless of the final figure, a significant precedent has now been established.
Governor Hochul has justified the move by pointing to structural and economic realities. Expanding electricity generation and transmission infrastructure to support large-scale data centers requires both time and substantial investment.
Unless an alternative financing model is adopted, utilities are likely to pass those costs on to businesses and households through higher electricity rates—even with U.S. interest rates remaining relatively moderate by historical standards.
In New York, where utility costs are already among the nation’s highest, the prospect of additional increases has become a major political concern.
The central question remains unresolved: Should developers and future operators of hyperscale data centers be required to bear the cost of expanding the electric grid needed to serve their facilities?
Serg Levine
Yuri Chekalin
