OpenAI Releases Community Compact and Policy Blueprint, Pledging Full Power Cost Coverage
Frontier AI models · AEC industry
On November 5, OpenAI published its National Community Compact and Compute Campus Policy Blueprint, reaffirming its commitment to cover the full electricity and incremental infrastructure costs for future self-owned compute campuses. The framework drops NDAs for public officials and mandates disclosures on water, power, and noise. Lacking penalties and limited to owned sites, OpenAI urged governments to codify large-load tariffs and streamline grid approvals.
On November 5, OpenAI unveiled its National Community Compact and Compute Campus Policy Blueprint, reiterating pledges to pay the full cost of electricity for its AI compute campuses, including incremental infrastructure upgrades, and provide financial guarantees before major expenditures. The framework also commits to eliminating non-disclosure agreements (NDAs) as a prerequisite for discussions with public officials, while mandating annual reports on water, power usage, and independent noise assessments. However, the compact lacks penalty clauses and independent dispute mechanisms, applying strictly to OpenAI's future self-owned and operated facilities rather than leased capacity built by partners such as SB Energy or Oracle. Acknowledging that voluntary measures alone cannot secure lasting public confidence, OpenAI called on legislators to codify large-load tariffs and grant the Federal Energy Regulatory Commission (FERC) authority to accelerate grid interconnection and transmission permitting.
Key takeaways
- OpenAI committed to covering all power and incremental infrastructure costs for self-owned campuses, backed by financial guarantees.
- The agreement drops NDAs for public officials and pledges recurring disclosures on water, power usage, and noise studies.
- The compact contains no penalties and does not automatically govern capacity leased from third-party developers like SB Energy.
- OpenAI urged lawmakers to codify large-load rate structures and empower FERC to accelerate transmission and grid permitting.
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