Blowing Off Steam: How Power-Flexible AI Factories Can St...

What’s Happening

Okay so At the half-time whistle of the UEFA EURO 2020 round of 16 football match between England and Germany, millions of viewers stepped away from their screens in the U.

To do the same thing at the same time — turn on their kettles. National Grid, which provides electricity for England and Wales, saw a demand [] Blowing Off Steam: How Power-Flexible AI Factories Can Stabilize the Global Energy Grid In a recent white paper, Emerald AI — in collaboration with NVIDIA, Nebius, National Grid and EPRI — showcased how “power-flexible” AI factories can autonomously adjust their power usage during peak demand. (let that sink in)

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The Details

Grid operators must carefully manage these demand peaks to keep the system stable, and this could become even more difficult as the grid continues to add large new users. But what if those new users could actually be flexible and relieve the grid during periods of peak strain?

In a recent white paper , Emerald AI — in collaboration with NVIDIA, EPRI, National Grid and Nebius — showcased how “power-flexible” AI factories can autonomously adjust their power usage during peak demand. For AI factories, this could unlock majorly faster grid connections without waiting for massive, years-long infrastructure upgrades.

Why This Matters

For the public, it helps limit grid build outs peak load that the system needs to serve, helping keep electricity rates affordable for everyday bill payers. Boil the Kettle, Balance the Grid After successful proof-of-concept trials at AI factories in Arizona, Virginia and Illinois, Emerald AI took its flexible grid solution across the pond, last December, bringing the Emerald AI Conductor Platform to Nebius’ new AI factory in London, built on NVIDIA infrastructure — among the first of its kind in the U.

The AI space continues to evolve at a wild pace, with developments like this becoming more common.

The Bottom Line

This story is still developing, and we’ll keep you updated as more info drops.

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