AI compute deals are getting signed faster than the grid can keep up — and now the water bill is showing up too. This is The Data Center Daily — I’m Cassidy, Devin’s here, and we’ve got a full stack today: IREN’s $3.4 billion NVIDIA contract, Digital Realty raising another $3 billion, and a German grid reform that actually has teeth. And Augusta wants to cool servers with wastewater, and Palo Alto’s planning commission is done being polite to Google. The deals are huge — I just keep coming back to the same question: is the infrastructure behind them real, or is it still mostly a press release? Here's GlobeNewswire:
Under the agreement, IREN will provide NVIDIA with access to managed GPU cloud services for its internal AI and research workloads, including orchestration and cluster management software in collaboration with Mirantis.
The agreement will be serviced by air-cooled Blackwell platform systems to be deployed within approximately 60MW of IREN’s existing data centers at its Childress, Texas campus.
The total value of the five-year contract is approximately $3.4 billion.
IREN and NVIDIA just signed a five-year managed GPU cloud contract out of IREN’s Childress, Texas campus — sixty megawatts of air-cooled Blackwell, with a total contract value of $3.4 billion. That’s signed, not rumored. Sixty megawatts in Childress — that’s real infrastructure, not a press release with an option tucked inside. And the weird part is NVIDIA is the customer here, using this for its own internal workloads. NVIDIA. Buying cloud time from a former Bitcoin miner. It’s managed services, not bare metal, and that’s the part IREN’s co-CEO is leaning on for the margin story. Mirantis is handling the orchestration layer. At about $57 million per megawatt over five years, the math is aggressive — but for fully managed Blackwell density, it’s not crazy. My question is whether those sixty megawatts in Childress are already built and energized, or whether IREN is still building into them, because “existing data centers” is doing some work there. And if Blackwell shipments slip, who eats the construction risk? This one's from Real Estate Investor:
Digital Realty, the Austin-based data center REIT with an $80 billion enterprise value, is launching multiple fundraising series as part of a strategic shift toward private funding for growth. The company plans to debut a US open-end fund targeting up to $3 billion in cornerstone investments, signaling a major pivot in capital strategy.
Digital Realty is setting up a U.S. open-end fund targeting up to $3 billion in cornerstone investments, and that’s a structural shift, not a one-off raise. They’re the world’s largest data center REIT by footprint, at about an $80 billion enterprise value, and they’re moving private capital to the front of the growth stack. Translation: public markets aren’t writing the check fast enough. When a REIT this size pivots to private fundraising as a primary growth engine, that tells you where the cost-of-capital pressure is sitting — and who they think will blink less on returns. The open-end structure is the tell. That’s perpetual capital, not a closed fund with an exit clock. Institutional LPs get liquidity on a schedule, and Digital Realty gets patient money. Whether $3 billion is the ceiling or just the first number is the part to watch. Here's Liz Owens at WRDW/WAGT:
Augusta Utilities is one of the parties at the table with QTS, the developer behind the $2 billion, six-building data center campus near Fort Gordon.
“Daily, they’re anticipating using 18,000 gallons a day,” Augusta Utilities Director Wes Byne said.
That’s a drop in the bucket, even compared to the 60 million gallons of water Augusta Utilities pulls from the river every day.
QTS is planning a $2 billion, six-building campus near Fort Gordon in Augusta, and the water question is already on the table. Augusta Utilities’ director says they’re anticipating around 18,000 gallons a day, which he says is less than the evaporation off Clarks Hill Lake. Eighteen thousand gallons a day is the number they’re putting out while also saying it’s “early in the planning stage” and they can’t predict exact usage. Pick one. QTS also says it’ll use a closed-loop system that doesn’t consume water once it’s operational — but “once operational” is doing a lot of work when six buildings aren’t built yet. Eighteen hundred residents downstream on the Savannah don’t care about the evaporation comparison. They care what happens when this thing scales and the numbers get revised upward — which they always do. Dr. Christian Ertel, writing in TaylorWessing:
In recent years, grid connection in Germany has become the bottleneck of the energy transition and digitalisation. A number of projects are failing or facing significant delays, which is why calls within the industry for a reform of the grid connection procedure are growing ever louder. Market participants are calling for clear and standardised rules, digitalisation of the process and binding deadlines.
Germany’s grid package is out in official form, and the government is trying to fix what’s become the biggest chokepoint for both the energy transition and data center buildout: actually getting a grid connection. Germany’s been promising reform on grid connection queues for years. The question is whether “binding deadlines” in a law means anything when the DSOs are already drowning and the permitting apparatus underneath it hasn’t been fixed. The package touches the EnWG and the EEG — battery storage, renewables, and apparently a separate lens for data center operators in the analysis. That last part stands out; grid regulators don’t usually name hyperscalers in the text. Standardized rules and a digitized process sound great until you remember the queue problem in Germany isn’t paperwork — it’s physical grid capacity that doesn’t exist yet. A faster application process for a connection point that can’t deliver power is just faster disappointment. KCRG, with Conner Woodruff:
Google dropped out of similar negotiations with Linn County earlier this year and is now working exclusively with the City of Palo. This center is set to go up near the Duane Arnold Nuclear Power Facility, which is coming back online largely to power the new data center.
The regulations in the ordinance Palo commissioners passed Monday night have several differences compared to the proposal Google was considering with Linn County.
Google walked away from Linn County earlier this year, and now Palo’s Planning and Zoning Commission has voted to recommend a new ordinance — same data center, different regulator, and noticeably fewer teeth. The site is next to Duane Arnold Nuclear, which is coming back online specifically to feed this facility. So Google shopped jurisdictions until it found the one that would drop the water study, make the economic development agreement optional, and hand enforcement to the Iowa DNR instead of the county. That’s not a negotiation, that’s a leverage tour. To be precise, Linn County would have required a county-run water study and a binding usage agreement. Palo’s version just says get a DNR permit. Same aquifer, much thinner local oversight. And the economic development agreement goes from mandatory to “only if Google asks.” Who’s writing this ordinance, Google’s real estate counsel? If you follow the AI infrastructure boom, you may also like Musk v Altman Daily — a daily court-watch on Elon Musk’s trial against Sam Altman, OpenAI, and Microsoft, covering testimony, exhibits, and the AGI governance fight. Find it wherever you listen to podcasts.
You’ll find links to everything we covered today in the show notes, so if one of those stories deserves a closer look, that’s the place to start.
That’s The Data Center Daily for this Tuesday, May 12th. This is a Lantern Podcast.