Data Center Developers Race to Secure Dedicated Power as Grid-Dependent Projects Stall at Planning Stage

The global data center industry this week delivered a clear verdict on what separates projects that advance from those that stall: control over power supply. Across three continents, campuses that brought their own generation moved through planning and financing milestones, while proposals reliant on third-party grids or thin energy strategies failed at the consent stage.

In the United States, American Electric Power committed approximately $4 billion to a 702MW fuel cell plant near Cheyenne, Wyoming, with Google agreeing to purchase the output under a 20-year power purchase agreement. The plant, owned roughly 92% by AEP and about 8% by funds advised by Basalt Infrastructure Partners, will use Bloom Energy fuel cells that generate power from natural gas without combustion, supplemented by carbon capture. Construction is planned to begin this year, with full operation targeted by the end of 2028. AEP CEO Bill Fehrman said the facility serves needs "beyond our traditional service territory," underscoring how utilities are now building generation assets off their own maps for a single creditworthy buyer.

The contrast with stalled projects is stark. The UK government rejected the York and North Yorkshire AI Growth Zone bid, which centered on a Drax campus of at least 1.2GW, citing shortcomings in credible energy delivery, environmental impact and local benefit. Drax now plans a 100MW first phase connected to the national grid. In Waterford, Ireland, the city and county council refused permission for a data center and energy campus at Kilmeaden that included three data center buildings and 16 gas turbines, among other infrastructure.

Other projects that advanced shared the same self-supply characteristic. Fermi's Project Matador campus in Carson County, Texas, runs on a private grid behind the meter, and the company announced that AMD signed a credit support agreement backing TensorWave's lease of 222MW of power and 156MW of critical IT, carrying $6.5 billion of contracted revenue over a 15-year initial term. In Texas, Big Watt Digital and PowerHouse Data Centers won approval from the Taylor City Council for a 664-acre campus of up to 1GW that will run on natural gas behind the meter, with first power targeted for the first half of 2028 and no tax incentives requested.

In Europe, Echelon Data Centres broke ground on what it calls Ireland's first green energy park at its Arklow campus in Wicklow, a €4.2 billion plan covering two data centers and a 220kV substation shared with SSE's 800MW Arklow Bank Wind Park 2. In the Asia-Pacific region, Colt DCS and RMZ began construction on a third data center at their Navi Mumbai campus, a 64MW building fully pre-let to an unnamed hyperscaler with contracted power and a 220kV substation already secured.

Capital markets also reflected the sector's momentum. Hillhouse Investment launched TeraNova DC, an India data center platform, planning to invest approximately $12 billion to $15 billion and build more than 2GW by 2032. Princeton Digital Group is seeking a syndicated loan of up to $1.2 billion for its 198.8MW Johor campus in Malaysia, with HSBC, Maybank, OCBC, Standard Chartered and UOB as lead arrangers. NeoAI Cloud closed KRW600 billion, or roughly $445 million, of financing for a 40MW AI data center in Pohang, South Korea, with Woori Bank and KB Kookmin Bank arranging the project loan and NHN Cloud pre-leasing 16MW, half the IT load.

The week's developments signal that owning or controlling power generation has become the entry ticket for data center projects, and the creditworthiness of the buyer behind that power determines which projects secure financing. As planning votes and local consent increasingly hinge on energy delivery credibility, developers without a dedicated power answer face mounting obstacles.