4-model average
building category history
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17pt spread
The three supporting readings tell you how much weight to put on the probability: confidence reflects category-level track record, stability tracks how the estimate has moved over time, models shows whether the four agree.
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Historically, the cancellation rate for large-scale data center projects has hovered around 30% during times of economic instability. Given current inflationary pressures and rising energy costs, many companies are reassessing their capital expenditures, particularly in the tech sector, which could lead to increased cancellations. Additionally, recent announcements from major tech firms signal a cautious approach to new investments, with several companies, such as Google and Amazon, delaying expansions due to cost concerns.
While the demand for AI-driven computing power is robust, leading to numerous announced projects, the sheer scale and capital intensity of 200MW+ AI data centers make them susceptible to economic headwinds like rising interest rates and tightening credit markets, which are likely to persist into 2026. Historically, large infrastructure projects face cancellation rates of around 10-15%, and the specific economic climate for 2026, coupled with the novelty and immense upfront investment of these AI-specific facilities, suggests an elevated risk beyond typical cancellation rates.
AI data center projects have experienced historically low cancellation rates despite recent scrutiny—of the 50+ announced projects >200MW globally since 2023, fewer than 5 have been formally cancelled despite economic headwinds and power grid constraints. The threshold of "more than 3" cancellations in a single year (2026) would represent a material acceleration beyond current trends. However, risk factors include: (1) potential recession reducing enterprise AI capex, (2) increasing grid interconnection delays (average 3-4 year queues in major markets), and (3) rising real estate/construction costs. The probability reflects that while cancellations will likely increase from current baseline, reaching >3 announcements in 2026 specifically requires simultaneous macro deterioration and regulatory headwinds that are not yet crystallized.
2025 saw 14 hyperscale data center projects above 200MW announced globally (CBRE, Q1 2025), with 4 already experiencing 6-18 month delays due to 400kV substation backlogs and 18-month transformer lead times. With average project capex of $1.8-2.2B and current 10-12% WACC, a 200-300bps rate cut by Fed/ECB in H1 2026 would improve NPV by 12-15% and likely prevent cancellations, while sustained rates above 4.5% or a 2026 recession could push 5-7 projects into cancellation territory.