Nvidia partners with six asset managers on a $500 billion AI infrastructure financing program

Nvidia announced on August 11 that it is partnering with Apollo, BlackRock, Blackstone, Brookfield, Goldman Sachs, and KKR to mobilize more than 500 billion dollars of third-party capital for the AI infrastructure build-out. The structure is a set of independent compute financing platforms, which Nvidia describes as the first of their kind at global scale, aimed at frontier AI labs, enterprises, and AI clouds. The arrangements are currently memorandums of understanding and remain subject to final agreements. Jensen Huang framed the shift plainly, saying the company began by building chips and is now helping create a new class of productive, investable infrastructure to build the DSX AI factories that will power every industry and country. Apollo president Jim Zelter tied it to what he called a broader Global Industrial Renaissance. Read alongside Nvidia's recent direct investments in Nebius, Safe Superintelligence, and Iren, the picture is of a chipmaker underwriting the demand for its own hardware through the balance sheets of the largest private capital firms in the world.

Source: Data Center Dynamics (August 11, 2026)

Southern Company's contracted large-load pipeline jumps 6 GW in a quarter to 17 GW

Southern Company reported in results covered on August 14 that its contracted large-load pipeline has surged by 6 gigawatts to 17 gigawatts since its last earnings report. The new contracted load includes Georgia Power's 3.2 gigawatt, 25-year contract with OpenAI for a site near Savannah, Georgia. Chairman and CEO Chris Womack said a further 8 gigawatts of projects sit in late stages, including 3 gigawatts expected to be finalized in the near term, and that the prospective pipeline of large industrial and data center projects is now well above 75 gigawatts. Data center power usage across the utility's footprint ran 55 percent higher than the same quarter last year, with operational data center load now exceeding 1.2 gigawatts, more than 500 megawatts above last year. Womack also addressed the moratorium debate directly, arguing that hyperscalers need to do a better job explaining the benefits and dispelling misinformation. Southern serves more than nine million customers across six states and secured a 26.5 billion dollar Department of Energy loan in February to support more than 16 gigawatts of firm power in Georgia and Alabama.

Source: Data Center Dynamics (August 14, 2026)

PJM moves toward ride-through requirements after 3.8 GW of data center load trips offline

PJM said on August 11 that it is evaluating new interconnection reliability requirements for data centers and crypto-mining facilities, after roughly 3,800 megawatts of Northern Virginia load transferred off the grid to onsite generation on July 22. It was the largest such event in PJM's history. A fault on a 230 kV line in Dominion Energy's zone triggered voltage and frequency swings, and total PJM load fell about 3.8 percent, from 99,984 megawatts to 96,205 megawatts, in two waves of roughly 2,970 and 1,099 megawatts. PJM restored its area control error within nine minutes against a NERC standard of 30. Operating Committee chair Emanuel Bernabeu was blunt about the cause, saying the fault cleared normally, the facilities should not have disconnected, and that these data centers are too sensitive to voltage and are disconnecting too early. Comparable events in 2024 and 2025 moved about 1,500 megawatts each, so this was more than double either. FERC has directed NERC to finalize registry criteria and initial reliability standards for computational loads by December 31. PJM executive director of system operations David Souder summarized the urgency, saying you really need these requirements in place before the load comes on the system. Expect ride-through performance, protection coordination, onsite generation behavior, and telemetry to become specification line items rather than design preferences.

Source: Utility Dive (August 12, 2026)

Ontario publishes a Data Center Playbook and opens a 30-day comment period

Premier Doug Ford announced Ontario's new Data Center Playbook on August 14, setting out three priority assessment pillars for projects in the province: advancing Ontario economic development, protecting data security and digital sovereignty, and investing in communities to earn public confidence. The framework is voluntary for now, with nothing compelling operators to follow it, but it sits alongside the Protect Ontario by Securing Affordable Energy for Generations Act, which gives the government final say over which large-load projects connect to the provincial grid. Ontario is explicit that it will offer non-financial support only, pointing to clean and reliable electricity, land, a cool climate, and a skilled workforce rather than incentives. A new rate class is planned for large new data centers above 1 megawatt, designed so that facilities pay the full cost of their grid impact and consumer bills do not rise, with operators encouraged to build their own generation. A 30-day public comment period opened August 13 through the Environmental Registry of Ontario. Ford framed the stakes in sovereignty terms, saying Ontario can build the economy of the future and keep Canadians' data in Canada, or get left behind. For vendors, Canada is quietly becoming a more legible market than several US jurisdictions, with a defined gate rather than an unpredictable one.

Source: Data Center Dynamics (August 14, 2026)

Iren hands Microsoft the first 50 MW building at its Childress, Texas campus

Iren announced on August 17 that Microsoft has accepted Horizon 1, the first building delivered at Iren's Childress, Texas campus. Horizon 1 is one of four 50 megawatt IT load buildings due to Microsoft at Childress this year, all direct-to-chip liquid cooled, with Horizons 2 through 4 following later in 2026. At full build-out the Childress site is planned for 750 megawatts across 576 acres, on land that previously hosted cryptomining equipment. The delivery sits under a five-year, 9.7 billion dollar cloud services contract Microsoft signed with Iren in November 2025. Co-founder and co-CEO Daniel Roberts credited more than 3,000 people across the site team. Iren is targeting 480 megawatts of gross AI cloud capacity in 2026 and 1.2 gigawatts in 2027, operates sites in Texas, Oklahoma, and British Columbia, and is winding down Bitcoin mining to redirect cash flow into AI. This is the crypto-to-AI conversion thesis producing accepted, energized square footage rather than announcements.

Source: Data Center Dynamics (August 17, 2026)

Blue Energy and GE Vernova Hitachi advance a 2.5 GW gas-plus-nuclear plant in Victoria, Texas

Blue Energy and GE Vernova Hitachi Nuclear Energy signed an agreement announced August 17 to advance engineering design, licensing, and safety analysis for a 2.5 gigawatt hybrid power plant in Victoria, Texas. The plant pairs GE Vernova 7HA.02 gas turbines with GE Vernova Hitachi's BWRX-300 small modular reactors. Blue Energy intends to supply roughly 1 gigawatt to a nearby Crusoe data center in 2030 using two gas turbines, followed by up to 1.5 gigawatts from as many as five BWRX-300 units starting in 2032. A final investment decision is expected sometime in 2027. Crusoe first signed with Blue Energy in October for its planned 1,600 acre campus at the Port of Victoria. Blue Energy CEO Jake Jurewicz described the model, which the company calls the Blue Way, as a nuclear production line built off-site at shipyards and transported in, and GE Vernova Power CEO Eric Gray said the pairing establishes a blueprint for reliable baseload at the speed customers need. There is more on the technology in this week's spotlight.

Source: Data Center Dynamics (August 17, 2026)

Nvidia reportedly in talks to invest up to $3 billion in SB Energy behind a 10 GW Ohio campus

Nvidia is in talks to invest up to 3 billion dollars in SoftBank-backed developer and power platform SB Energy, according to reporting from The Information carried on August 17. SB Energy is the primary developer of a planned campus of up to 10 gigawatts in Pike County, Ohio, in partnership with OpenAI, on Department of Energy land at the former Portsmouth Gaseous Diffusion Plant. The investment would reportedly split into 1.5 billion at signing and the remainder tied to SB Energy's planned IPO, and would sit inside Nvidia's broader credit support for the campus of up to 100 billion dollars. Fully built, the project has been estimated at roughly 500 billion dollars. The first phase is expected to begin operations in 2028 at 800 megawatts, with ground broken in March 2026. SB Energy is slated to invest 33.3 billion dollars in Japanese funding for 9.2 gigawatts of new natural gas generation at the site, with the US government owning the power plant. Note that this is report-stage rather than announced, so treat the figures as directional until confirmed.

Source: Data Center Dynamics (August 17, 2026)

California approves the $34.5 billion Charter and Cox merger

The California Public Utilities Commission approved the 34.5 billion dollar Charter Communications and Cox Communications merger on August 13, clearing the last major hurdle for a transaction that reshapes US broadband ownership. The California Public Utilities Commission attached a set of conditions, including a 275 million dollar investment to upgrade the combined company's network in the state. The relevance for this audience is the middle mile. Consolidated cable and fiber footprints change who controls the metro and long-haul routes that connect campuses to users, and network reach is increasingly part of site diligence for inference-heavy deployments that need to sit close to population centers. Watch for follow-on network investment commitments in other states as remaining approvals close.

Source: Data Center Dynamics (August 14, 2026)

Gas now, nuclear later, one interconnect: the hybrid power plant as a data center siting strategy

The two credible answers to speed-to-power have always pulled in opposite directions. Gas turbines can be ordered, sited, and energized on a schedule a developer can underwrite, but they carry fuel exposure, emissions, and a permitting fight that gets harder every quarter. Small modular reactors offer firm carbon-free baseload with none of the fuel volatility, but the licensing and construction timeline lands well after the capacity is needed. The Blue Energy and GE Vernova Hitachi agreement in Victoria, Texas is an attempt to stop choosing. The design pairs 7HA.02 gas turbines delivering roughly 1 gigawatt in 2030 with up to five BWRX-300 boiling water reactors adding as much as 1.5 gigawatts from 2032, on one site, behind one interconnection, serving one campus. Blue Energy is not a reactor manufacturer. It designs modular plants that are prefabricated at shipyards and transported to site, an approach it calls the Blue Way, aimed at making nuclear a repeatable financeable product rather than a bespoke megaproject. The first BWRX-300 is already under construction at Ontario Power Generation's Darlington site in Canada, which gives the reactor a North American reference unit rather than a paper design.

Why it matters: the hybrid structure changes what a site is worth. Interconnection queues and substation lead times mean the scarce asset is not generation, it is an approved point of connection with headroom. If a developer can land gas capacity against that connection in 2030 and then add nuclear behind the same interface in 2032, the site amortizes one interconnection study, one switchyard, and one set of community negotiations across two generations of technology. That is a materially different pro forma from building two separate projects. It also reframes the emissions conversation from a binary into a dated transition path, which is exactly the argument that survives a council hearing. For vendors, the scope implications are significant. High-voltage switchyards, transformers, and protection systems have to be specified for a plant whose generation mix changes mid-life, controls have to arbitrate between turbine and reactor output, and balance-of-plant scope stretches across two very different regulatory regimes. The firms that can carry a package across gas, nuclear, and grid interface will be in the room earlier, and the final investment decision expected in 2027 is the date to watch.

Source: Data Center Dynamics (August 17, 2026)