As excited as I’m about how briskly synthetic intelligence is advancing, I’m extraordinarily involved that our power infrastructure gained’t be as much as the problem.
By 2030, AI knowledge facilities may devour almost 10% of all of the electrical energy produced in america.
Supply: Goldman Sachs
That’s extra energy than each house in California and New York mixed.
And we’re feeling the pressure already.
In Virginia — the epicenter of America’s knowledge heart business — utilities are warning of multi-year delays to attach new initiatives. And in Georgia and Texas, regulators are scrambling to approve new pure gasoline crops simply to maintain up with the demand.
Even Wall Road is on excessive alert about this challenge. Goldman Sachs estimates that energy demand from U.S. knowledge facilities will greater than double by 2030, pushed virtually fully by AI.
But our energy grid is already stretched to its limits.
And if the grid can’t sustain, then how will America energy the subsequent technology of AI?
We’ve talked about how nuclear power may turn into the final word energy supply for AI…
And the way fusion may present limitless power sooner or later.
However what if I advised you that the Earth’s crust holds a shocking power supply that would provide humanity’s power wants for the subsequent 170,000 years?
Enter Hydrogen
Clear power proponents often give attention to photo voltaic panels or wind generators.
However with out regular backup, they will go away complete areas susceptible when demand surges or the climate turns.
These power sources additionally take up lots of land, and communities typically push again as a result of they don’t need generators or photo voltaic fields hurting their views or property values.
That’s why a special clear know-how has began shifting into the highlight…
Hydrogen gas cells.
As a substitute of burning gas, a hydrogen cell splits molecules to generate electrical energy.
Picture: Volvo Development Tools & Companies
The one byproduct they create is water, and that may be reused for cooling in knowledge facilities.
To be clear, this isn’t a brand new know-how. Hydrogen gas cells have been a distinct segment supply of power for many years now.
They’ve been used as backup energy for telecom towers and in experimental buses in California. They’ve even been utilized in forklifts in Amazon’s warehouses.
However now, they’re being scaled to energy a few of the most energy-hungry machines on Earth.
The very best instance sits simply exterior Houston, the place a startup known as ECL has constructed what it calls the world’s first off-grid, hydrogen-powered AI campus.
This pilot facility runs one megawatt of gas cell capability. That’s sufficient to drive racks of NVIDIA’s newest GB300 and NVL72 techniques, that are a few of the most superior AI chips in the marketplace.
However ECL isn’t stopping there.
Its subsequent part requires one gigawatt of capability. That’s a thousand-fold leap.
For perspective, that’s the scale of a full-scale nuclear plant. Besides this facility shall be modular, scalable and emission-free.
What makes ECL’s design distinctive is its effectivity. The info heart runs at an influence utilization effectiveness (PUE) of simply 1.1, in comparison with a typical facility’s 1.5 or increased.
And wastewater from the cells is captured and recycled to chill the info heart. Which means there’s no want for exterior water. And that’s going to be crucial as droughts proceed to hit the American West.
It additionally reveals why hydrogen has just lately began getting federal backing.
In late 2023, the Division of Vitality (DOE) introduced $7 billion in federal funding to launch seven regional clear hydrogen hubs to speed up hydrogen manufacturing, storage and distribution.
These hubs had been deliberate to span areas together with the Gulf Coast, Midwest and Appalachia, and had been chosen to anchor new hydrogen infrastructure throughout strategic corridors.
The DOE anticipated that, with the assistance of personal corporations, the overall funding may rise to almost $50 billion.
However that hit a snag final week when the DOE introduced it might cancel over $7.5 billion in financing for a whole bunch of power initiatives.
Amongst these deliberate cancellations was funding for proposed hydrogen hubs in California and the Pacific Northwest.
But when we will get previous partisan politics and give attention to what’s greatest for our nation’s power wants, new hydrogen hubs may very well be an enormous boon for each AI and the environment.
Right here’s My Take
Till now, hydrogen’s largest drawback has been discovering a buyer sufficiently big to justify scaling up.
If AI knowledge facilities turn into that buyer, the rollout of hydrogen as an power supply may speed up a lot sooner than anticipated.
However hydrogen isn’t a silver bullet that may immediately clear up our power wants. And there are nonetheless some main points that should be solved.
Most hydrogen at the moment is constituted of pure gasoline, not renewable electrical energy. Transporting and storing it at scale is pricey. And hydrogen gas cells should show they will run for years with out downtime. That’s a non-negotiable requirement for hyperscale computing.
However AI is forcing the U.S. to rethink the way it generates and delivers energy. And hydrogen is likely one of the few applied sciences that may ship giant quantities of electrical energy, on-site, with out ready many years for brand spanking new transmission traces.
A latest report signifies that Earth’s crust may maintain naturally occurring hydrogen reserves giant sufficient to produce humanity’s power wants for 170,000 years.
That might imply a less expensive, sooner path to off-grid hydrogen knowledge facilities…
And a brand new power race over who faucets these underground reserves first.
However despite the fact that this report is promising, most specialists see it as a long-shot situation that’s nonetheless years from proving viable at scale.
I’m bullish on hydrogen because the “gas of the long run.”
And with AI demand surging previous what the grid can provide, that future is likely to be nearer than we expect.
Regards,
Ian KingChief Strategist, Banyan Hill Publishing
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