AI and data center energy impacts workshop

ADI structured and led a workshop examining how AI‑driven data center growth translates into power demand, infrastructure strain, and planning risk. Insights were synthesized from utilities, hyperscalers, OEMs, and developers to assess demand magnitude, geographic concentration, and timing relative to transmission and permitting constraints. The analysis framed implications for fuel mix, grid investment sequencing, and regulatory engagement under multiple AI adoption scenarios.

Global integrated energy company

Accelerating AI adoption is driving uncertain but potentially outsized data‑center power demand amid grid and permitting constraints.

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Drew on ADI’s established relationships with utilities, OEMs, developers, and academics for candid, cross‑sector perspectives.

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Evaluated transmission, interconnection, and permitting bottlenecks shaping feasible data‑center expansion timelines.

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Assessed viability of gas, renewables, nuclear, storage, and flexibility solutions against hyperscaler requirements.

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Translated expert insights into actionable implications for long‑term infrastructure and energy planning.

  • Established decision context for grid investment, fuel mix, and policy engagement under structurally rising but uncertain AI‑related power demand.
Client Results
ADI helped us quantify our target market size in a very methodical manner. They got up to speed very quickly on what we do, spending time with our team, technology, and markets to perform a thorough evaluation themselves.
Doug Moorehead President, FlexGen Power Systems

Industry experience

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ADI built a bottom‑up view of U.S. data center electricity demand driven by AI workloads, using rack density, GPU power consumption, utilization assumptions, and load growth scenarios. These demand estimates were stress‑tested through interviews with utilities, hyperscalers, and power developers to assess grid constraints and timing mismatches. The work linked physical load growth to regional […]

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