The new technology real estate race: electrical energy becomes the main commodity for data centers in the USA

Capacity prices at North American grid operator PJM jumped from US$28.92 to US$329.17 per megawatt-day in a few auction cycles. Immediate or phased availability of electricity replaces traditional land location and size criteria in land pricing. Old deactivated industrial plants gain highly valued 'digital dirt' status because they have pre-existing substations and transmission networks. Private equity funds and real estate developers expand operations to own generation ('behind-the-meter') and direct partnerships with concessionaires. The transformation of the digital infrastructure-driven corporate real estate market in the United States has reached an inflection point. Historically valued by proximity to urban centers, fiber optic networks and regional tax incentives, data center real estate now responds to a new supreme pricing factor: the imminent availability of electrical energy. In a scenario in which the massive expansion of artificial intelligence requires colossal volumes of megawatts, energy infrastructure is no longer a mere operational input and has consolidated itself as the central asset traded by the sector. This paradigmatic change radically altered the concept of viability of new real estate projects. Land without guaranteed access to the high-voltage transmission network quickly loses its attractiveness, even located in consolidated technological corridors. On the other hand, developers and private equity managers have directed resources to the search for assets that offer clear energization schedules, albeit in a fractional way. A project capable of delivering 50 megawatts in the short term and scaling up gradually is usually worth substantially more than a larger area that promises hundreds of megawatts only for the end of the decade. The pressure on infrastructure is evident in US wholesale energy market indicators. In the region served by PJM Interconnection, the country's largest network operator, capacity costs soared from US$28.92 per megawatt-day in the 2024-2025 cycle to US$269.92 in the 2025-2026 round, reaching US$329.17 per megawatt-day in the 2026-2027 period. This more than ten-fold increase reflects the urgency of the market and exposes a structural mismatch: while technology companies require implementations in a matter of months, large transmission and substation projects take years to be completed and licensed. To circumvent these regulatory and operational bottlenecks, institutional capital is moving towards hybrid energy solutions. The search for behind-the-meter power generation, natural gas cogeneration systems and direct partnerships with private generators have become standard in real estate planning. Instead of simply requesting connections from local utilities and waiting for the expansion of public networks, developers are acting directly in structuring the energy supply to make their complexes viable before the traditional electrical system can respond to demand. This new ecosystem caused an unprecedented revaluation of decaying or deactivated industrial areas, dubbed digital dirt by the market. Old heavy manufacturing factories, decommissioned plants and obsolete industrial corridors — which already have substations, gas connections and water abstraction rights — are being acquired at high prices. The value of these properties lies not in the existing buildings, but in the underlying infrastructure assets that would be prohibitively expensive or time-consuming to replicate from scratch. For global investors and capital managers focusing on the Brazil-USA axis, this movement opens up strategic allocation theses in North American real estate and the energy transition infrastructure chain. The real estate thesis model purely focused on land valuation and zoning gave way to highly complex deal flows, uniting private equity, commercial real estate and energy project finance. The ability to originate land with immediate energy access in strategic regions of the USA has become a decisive competitive differentiator for attracting international institutional capital. As the demand for artificial intelligence processing power continues to grow exponentially, the geography of corporate real estate investment will continue