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Data center boom faces permitting, local opposition and power shortages — many announced projects may never be built

A surge in announced data center projects for AI infrastructure is colliding with permitting delays, local resistance and constrained electricity supply, and experts say a large share of proposals may never be constructed.

Data center boom faces permitting, local opposition and power shortages — many announced projects may never be built

The rapid rise in announced data center projects aimed at supporting AI infrastructure is encountering significant obstacles: local opposition, permitting delays and limited electrical capacity are threatening planned investments. On an episode of TechCrunch’s Equity podcast, hosts Rebecca Bellan and Tim De Chant interviewed Brent Nelson, senior managing director of markets and strategy at Ascend Analytics, to assess which projects are likely to be realized and which appear speculative.

An inflated pipeline

Nelson argues the current data center pipeline is “wildly inflated”: many announced projects will probably not be built. With AI infrastructure investments running into the billions of dollars, distinguishing feasible developments from speculative proposals is increasingly important.

Risks if the market cools

The discussion also covered what could happen if demand falls: infrastructure overcapacity and unfavorable tenant contracts could put developers in serious trouble. Developers who fail to secure reliable, long-term tenants face substantial financial risk.

Permitting and politics

Nelson urged Democrats to pursue permitting reform now rather than waiting for a more favorable political moment, arguing the opportunity should be seized. The episode examined how energy projects get trapped in permitting loops and noted that administrations of both parties have contributed to the problem. Addressing the backlog will require politically sensitive, comprehensive action.

Electricity constraints and reliability

Speakers emphasized that natural gas — often viewed by developers as a dependable fallback — is not necessarily reliable, especially during extreme winter weather. Grid capacity and the ability to handle peak demand are critical factors: where sufficient grid power or interconnection is lacking, projects stall.

Alternative approach: batteries plus curtailable grid connections

A less obvious alternative discussed was pairing battery storage with a grid connection that can be temporarily curtailed during high-demand periods. This arrangement could help manage peak loads and reduce dependence on continuously available fossil-fuel backup.

Conclusion

The Equity episode’s analysis suggests the data center boom may be smaller in realized form than the headline announcements imply. Permitting reform, meaningful engagement with local communities and expanded grid capacity will all be necessary if the billions in planned AI-related investment are to translate into operating data centers.