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MacroValor and Favis Advanced Robotics Break Ground on 3,000 MW Hydrogen-Powered AI Campus -- America's Largest Sovereign Compute Infrastructure Project

On Monday, MacroValor Corporation and Favis Advanced Robotics announced plans for Mount Hydrogen, a 3,000 MW campus in Austin, Texas, designed to power AI, robotics, and semiconductor manufacturing using natural hydrogen energy.
The project addresses compounding constraints facing American technology companies: grid instability, foreign semiconductor exposure, and compute capacity limitations that hinder frontier AI development.
At the core of Mount Hydrogen is a dedicated 3,000 MW natural hydrogen energy network providing baseload power independent of the public grid, with cost stability and high-density thermal management for sustained compute operations.
The facility will manufacture the ARC Computer and ARC Phone hardware using RISC-V architecture, while serving as the primary development environment for Subvertio AI and manufacturing site for the Seraphim humanoid robotics platform.
Mount Hydrogen represents the first phase of a broader national infrastructure program, with planned expansion including 30 hydrogen-powered regional data centers and integrated defense and industrial supply chain development.

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MacroValor and Favis Advanced Robotics Break Ground on 3,000 MW Hydrogen-Powered AI Campus -- America's Largest Sovereign Compute Infrastructure Project

Mount Hydrogen will integrate natural hydrogen energy, AI systems, humanoid robotics, and domestic semiconductor manufacturing on a single campus — eliminating U.S. dependence on foreign AI infrastructure.

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