Brookfield and AREP establish a partnership to develop AI data center infrastructure on powered land assets.
Brookfield Asset Management's acquisition of a minority interest in American Real Estate Partners represents more than another consolidation in data center real estate. It signals a strategic shift toward controlling the full stack of AI infrastructure—from powered land and entitlements through generation and storage.
Brookfield already operates major data center platforms. Compass Datacenters in North America and Data4 in Europe together represent more than 1.6 GW of contracted capacity and more than 3.5 GW of development potential. The AREP investment extends this hyperscale footprint deeper into land development, entitlements, and power infrastructure.
AREP's PowerHouse Data Centers platform has evolved from a Northern Virginia operator into a national hyperscale developer. PowerHouse now oversees 140 data centers underway or in planning, representing nearly 10 GW across nine major U.S. markets. The companies announced the transaction on September 14, with closing expected in the fourth quarter. Brookfield, an investment manager with more than $1 trillion under management, aims to connect its infrastructure, energy, real estate and credit capabilities to the growing interdependence of powered land, data center campuses, dedicated generation and storage, and compute financing.
AREP has deployed more than $30.9 billion across U.S. real estate and currently has more than 32 million square feet of assets under development. Brookfield Real Estate Co-President Ben Brown explained the strategic logic plainly: "The transaction goes beyond Brookfield investing in another portfolio of buildings. It is investing in a developer whose principal product increasingly begins before the building, with land, entitlements, substations, transmission access and utility capacity."
PowerHouse's development footprint now spans Virginia, Texas, Pennsylvania, North Carolina, Nevada, Indiana, Illinois, and Kentucky. Its Northern Virginia Ashburn properties total 515 MW, while the PH 95 development in Spotsylvania adds another 900 MW. Pennsylvania's Carlisle campus offers 1.35 GW and Joliet, Illinois, provides 1.8 GW. In Loudoun County, the PowerHouse Arcola campus—37 acres with two planned buildings totaling approximately 615,000 square feet—supports up to 120 MW of utility capacity and includes on-site substations, fiber access and infrastructure for high-density GPU and liquid-cooled deployments.
Texas developments illustrate the scale. Grand Prairie covers approximately 810 acres and 8.5 million developable square feet with maximum utility power of 1.8 GW and a development schedule extending through 2029 and beyond. A proposed Circle T campus near Fort Worth would include four roughly 300,000-square-foot facilities totaling approximately 300 MW, supported by a 350-MW Oncor substation. In Kentucky, PowerHouse Louisville occupies 154 acres with 1.8 million square feet of potential development and 525 MW of maximum utility power. PowerHouse and Poe Companies have separately proposed a 550-acre campus in Carroll County with an outlined $9.6 billion development value.
Brookfield's 2026 investment outlook identifies AI infrastructure as a value chain encompassing data centers, dedicated power generation, GPUs and compute infrastructure, semiconductor manufacturing, and fiber. The company estimates that more than $7 trillion will be required across these layers over the next decade. To pursue this vision, Brookfield launched a $100 billion AI Infrastructure Program in November 2025, anchored by an AI infrastructure fund targeting $10 billion in equity commitments. At launch, the fund had secured $5 billion of commitments, including participation from NVIDIA and the Kuwait Investment Authority.
Brookfield's competitive advantage, the company argues, lies in integrating the full value chain—sourcing and entitling powered land, developing large AI factories, providing behind-the-meter and baseload generation, financing contracted compute, and partnering with semiconductor companies and hyperscalers.
The planned Paducah, Kentucky, development with NextEra Energy demonstrates this integrated model in practice. Built on the Department of Energy's former uranium enrichment property, the project would support more than 1.2 GW of compute capacity, with Brookfield owning and operating a 1.8-GW data center campus. NextEra would develop as much as 2 GW of natural-gas-fired generation and 2.6 GW of battery storage. The development could represent approximately $100 billion in total investment, with initial operations targeted for 2028 and full buildout by 2032. Crucially, the project allocates infrastructure costs to developers rather than shifting them to local ratepayers—addressing a key political obstacle to large-scale data center expansion.
Brookfield has also expanded its position in power storage. In July, it agreed to acquire battery storage developer Aypa Power from Blackstone for approximately $7 billion in enterprise value. Aypa brings roughly 6.5 GW of operating and contracted capacity and a development pipeline exceeding 20 GW, enabling Brookfield to offer integrated energy solutions combining generation, storage, interconnection, and complex energy contracting at AI-scale.
Brookfield's ambitions extend further. In August, NVIDIA announced partnerships with Brookfield, Apollo, BlackRock, Blackstone, Goldman Sachs, and KKR to establish independent financing platforms targeting more than $500 billion in third-party capital for AI infrastructure. The model treats NVIDIA compute itself as infrastructure, financed through long-duration, usage-linked revenue rather than as equipment purchased inside the data center. Brookfield is pursuing this internationally through a partnership with NAVER and NVIDIA to expand NAVER's National AI Factory Infrastructure.