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Oracle and BorderPlex Digital Assets have switched the planned power source for Project Jupiter, a large-scale AI data centre campus in Doña Ana County, New Mexico, replacing gas turbines and diesel generators with up to 2.45GW of Bloom Energy fuel cell capacity arranged as a single on-site microgrid.
A Sector Under Power Pressure
The decision reflects a structural problem now confronting hyperscale data centre operators across the United States: securing sufficient, reliable power for energy-intensive AI workloads without adding further strain to already congested public grids. Fuel cells — which generate electricity through an electrochemical reaction rather than combustion — have emerged as one answer, offering on-site generation that sidesteps grid dependency while producing lower emissions than conventional thermal plant.
Emissions and Water at the Centre of the Design Change
The substitution carries measurable environmental consequences. Compared with the original turbine-based configuration, Project Jupiter’s revised design is projected to cut nitrogen oxide (NOₓ) emissions by approximately 92%, with water consumption described as negligible. The site will also deploy closed-loop, non-evaporative cooling systems, addressing concerns in a desert region where water scarcity is a long-standing constraint. Mahesh Thiagarajan, executive vice president of Oracle Cloud Infrastructure, said the updated design “enables us to deliver highly reliable on-site power with a lower environmental footprint.”
Scale and Grid Independence
At 2.45GW of installed fuel cell capacity, Project Jupiter is positioned to rank among the largest data centre microgrid deployments in the country upon completion. Oracle has committed to bearing all energy costs itself, insulating local electricity ratepayers from any pricing impact — a provision that reflects both commercial calculation and political sensitivity in a state where industrial-scale energy projects have historically drawn community scrutiny. Aman Joshi, Bloom Energy’s chief commercial officer, described the arrangement as “a model that can be replicated across America.”
BorderPlex and the Regional Economic Calculus
For BorderPlex Digital Assets, the project forms part of a broader effort to establish southern New Mexico as a centre for advanced computing and clean energy infrastructure. The development carries commitments of $50mn toward local water system upgrades, $360mn in direct support for schools and local services, and $6.9mn earmarked for workforce development and community programmes. Oracle expects construction to generate 4,000 jobs, with 1,500 ongoing roles once operational.
Implications for the Fuel Cell and Data Centre Markets
The scale of the Bloom deployment — part of a previously announced expanded partnership with Oracle — will be watched closely by both data centre developers and fuel cell manufacturers. If Project Jupiter performs as projected, it could accelerate adoption of on-site electrochemical power generation across the sector, particularly in grid-constrained or water-scarce locations. For Bloom Energy, the contract represents a significant expansion of its commercial footprint beyond utility and industrial applications into hyperscale computing infrastructure — a market with substantial long-term demand driven by AI investment cycles.
