New Mexico Taps Earth's Heat to Power the Future of AI

SANTA TERESA, NM – January 29, 2026 – In a move that could reshape the energy landscape for the digital age, BorderPlex Digital Assets has launched a formal investigation into harnessing geothermal energy to power its colossal Project Jupiter campus. The initiative, undertaken in partnership with the state's top scientific minds at New Mexico Tech, aims to tap into the Earth's natural heat to fuel one of the nation's most ambitious data infrastructure projects, setting a potential new standard for sustainable technology development.

Project Jupiter, a sprawling “Growth Infrastructure Campus” in Doña Ana County, is designed to support the voracious computational needs of Artificial Intelligence, advanced manufacturing, and logistics. This exploration of geothermal power represents a critical step in addressing the immense energy requirements of such facilities. If successful, it could provide a constant, carbon-free power source, directly from the ground beneath the campus.

“Exploring geothermal energy is the next step in our commitment to making this area a model for sustainable digital infrastructure,” said Lanham Napier, CEO of BorderPlex Digital Assets, in a statement. “We’re excited to partner with New Mexico’s leading scientists to unlock new clean energy solutions that can benefit the entire region.”

The Geothermal Solution to AI's Energy Problem

The global explosion of AI has created an unprecedented demand for electricity. Data centers, the backbone of the digital world, are projected to see their energy consumption double or even triple by 2028, with AI-specific facilities using up to five times more power than their traditional counterparts. This reality has sent tech giants scrambling for reliable, clean, and scalable energy solutions.

BorderPlex’s Project Jupiter is no exception, with an estimated energy requirement of a staggering one gigawatt—nearly double the demand of Meta's nearby data center in El Paso. While initial plans for the campus’s privately-funded microgrid included natural gas, the company has committed to carbon neutrality by 2045. Geothermal energy presents a uniquely powerful solution. Unlike intermittent renewables like solar and wind, geothermal offers “always-on” baseload power, a non-negotiable for data centers that must operate 24/7 without interruption.

This strategy aligns BorderPlex with other industry leaders. Google is already powering its Nevada data centers with 115 MW of geothermal energy, while Meta has announced agreements to develop 150 MW of advanced geothermal power in New Mexico. By pursuing an on-site geothermal source, BorderPlex could not only secure a clean energy supply but also bypass potentially lengthy and complex grid interconnection queues, gaining a significant competitive advantage in speed-to-market.

A Public-Private Push for a Green Tech Hub

This initiative is more than a corporate sustainability project; it is a cornerstone of New Mexico's strategy to position itself as a leader in green technology and responsible innovation. The state is situated above the Rio Grande rift, a geologic feature where the Earth’s crust is thinner, making its vast, deep-seated heat resources more accessible. Studies estimate New Mexico holds the potential for as much as 163 gigawatts of geothermal power, a largely untapped reservoir of clean energy.

State leadership has been actively fostering an environment to capitalize on this natural advantage. The partnership between BorderPlex, a private enterprise, and New Mexico Tech, a public university with deep expertise in geology and energy, exemplifies this approach. The collaboration was lauded by New Mexico Secretary of Economic Development, Rob Black.

“This is a great example of how New Mexico is doing it differently – leveraging collaboration between business, science, and government to drive responsible innovation in this essential industry,” Black stated. “By exploring geothermal energy, Project Jupiter is opening new doors for economic opportunity and sustainable development in New Mexico.”

The state's support extends beyond rhetoric. In 2024, lawmakers passed House Bill 91, establishing the Geothermal Resources Project Fund with a $2.5 million allocation and creating a Geothermal Research Center of Excellence at New Mexico Tech, the very institution now leading the BorderPlex study.

Local Impacts and the Path Forward

The four-month scientific evaluation will begin with a thorough review of existing geological, geophysical, and historical well data from the region. Led by the New Mexico Bureau of Geology’s Geothermal Program, this initial phase will create a preliminary picture of the subsurface conditions. Positive results would trigger further investigation, including data collection and potentially exploratory drilling, to confirm the commercial viability of a geothermal power plant.

For Doña Ana County, the stakes are immense. Project Jupiter represents a potential $165 billion private infrastructure investment, supported by county-approved Industrial Revenue Bonds (IRBs) that shield taxpayers from financial risk. BorderPlex has also pledged $300 million in direct payments to the county over the project's lifetime, plus over $50 million committed alongside its partners for local water and wastewater system improvements.

However, the project's scale has raised local concerns, particularly regarding water use in the arid border region. While BorderPlex has designed its data centers with a closed-loop cooling system to minimize water consumption, the community remains watchful. Developing geothermal energy, especially advanced systems that may not require operational water, could further mitigate environmental pressures while transforming a local geological feature into a powerful economic engine.

The success of this geothermal study could provide a blueprint for powering the next generation of digital infrastructure. By turning subterranean heat into a reliable, carbon-free asset, BorderPlex and New Mexico may not only secure the future of Project Jupiter but also demonstrate a viable path forward for the entire technology sector as it confronts its growing climate and energy challenges.