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Business & StartupsArtificial intelligence – MIT Technology Review · June 16, 2026

Want to get a data center online quickly? Give it some flex.

Want to get a data center online quickly? Give it some flex. — Artificial intelligence – MIT Technology Review

Data centers are traditionally massive power consumers, creating bottlenecks in grid expansion and facing public opposition. A new approach called "power-flexible AI factories" aims to integrate data centers more harmoniously with existing power grids by allowing them to adjust their power consumption.

Author: Morein.ai Editorial

The increasing demand for AI is creating a significant challenge for existing energy grids. Data centers, which power AI operations, consume vast amounts of electricity, leading to bottlenecks in grid expansion and raising concerns about power availability and cost. This has resulted in delays for new data center projects and public opposition due to perceived environmental and economic impacts.

Emerald AI, in collaboration with Nvidia and Digital Realty, is introducing a new solution: "power-flexible AI factories." Their software, Conductor, enables data centers to dynamically adjust their power consumption in response to grid demands. This flexibility allows data centers to operate within the existing grid's capacity, reducing the need for new power plants and accelerating their deployment.

A simulated test recreating a surge in electricity demand during a soccer match demonstrated Conductor's effectiveness. The system successfully instructed a data center to reduce its power-hungry chips, balancing supply and demand. This approach addresses the issue of slow power plant development, which often takes years longer than data center construction.

Beyond speed, flexible power connections offer broader benefits. By reducing power draw during peak demand, data centers can enhance grid stability and potentially lower electricity prices for consumers. This innovative strategy could help manage the anticipated 25% increase in US electricity demand by 2030, driven by AI, electric vehicles, and other sectors.

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