Data Center Site Selection in New Mexico

New Mexico is an energy exporter. It is the third-largest energy-producing state, produces roughly 11 times more energy than it consumes, and was the third-largest natural gas producer in 2024 with about 8% of U.S. gross withdrawals.¹² For a data center, that means pipeline-quality gas is rarely far away in the Permian and San Juan basins, and the state has room for very large renewable projects.

The in-state power mix has changed quickly. Wind supplied about 37% of net generation in 2024, natural gas about 29% and coal about 21%, down from 63% a decade earlier. Renewables are now the largest source of in-state generation.¹² That shift matters for buyers with carbon targets and for utilities that must replace retiring coal while absorbing new load.

The trade-offs are also clear. Population and fiber are concentrated along the Rio Grande corridor (Albuquerque, Santa Fe, Las Cruces), so most large proposals cluster near those metros or near El Paso. Water is scarce and closely managed. And the state’s politics around data centers changed between 2025 and 2026, as described below. Our Mountain West regional guide puts New Mexico alongside Arizona, Nevada and Utah.

Which utility serves a parcel shapes almost everything else: available capacity, the contract structure and the carbon profile of the power. Confirm the utility service territory early, because rural parcels may sit in cooperative territory with a different set of rules.

PNM (central and north-central New Mexico)

PNM serves Albuquerque and the Los Lunas area. In February 2025 it reported 4,197 MW of large-load interconnection requests, 87% of them from data centers, and said the new forecast raised its resource needs for 2028–2032, including about 1,000 MW of additional carbon-free resources and 700 MW of other resources.³ As of mid-2026, PNM told lawmakers it intended to file a large-load tariff with the Public Regulation Commission later that year, with minimum revenue requirements, exit fees and other measures meant to protect residential customers.¹³ Our guide to large-load tariffs and electric service agreements explains how those terms usually work.

El Paso Electric (southern New Mexico and El Paso)

El Paso Electric serves the Las Cruces and El Paso region. Its approach to Meta’s El Paso campus, just across the state line, is instructive: a proposed $473 million, 366 MW gas-fired plant next to the data center, described as dedicated to that customer, with Meta responsible for its costs. The utility said the dedication would last five years, after which the plant could join its regular system, and the El Paso City Council voted to intervene in the Texas regulatory case over that cost risk.⁶ Customer-funded dedicated generation is a model other large loads in the region may be asked to follow, and the terms after the dedicated period deserve as much attention as the initial deal.

Xcel Energy’s SPS (eastern New Mexico)

Southwestern Public Service serves eastern New Mexico and the Texas Panhandle, and operates in the SPP market. Xcel has reported strong expected large-load growth in SPS, and its 2026 filings said it expected to file large-load tariff requests in New Mexico and Texas by the end of 2026.⁷ Check the status of that filing before relying on any SPS-area term sheet.

New Mexico does not rely mainly on a statewide data center sales tax exemption. The main tool is the industrial revenue bond. A county or municipality issues bonds, holds title to the project property and leases it to the company. Under Section 7-36-3 NMSA 1978, the lessee’s interest in that property is exempt from property tax while the bonds are outstanding, subject to a statutory maximum term.⁸ The company typically buys its own bonds, so the public body is not lending money; the structure exists to deliver the tax treatment, often alongside negotiated payments in lieu of taxes.

The Los Lunas campus shows the IRB model working over several phases, with the village approving new bond authority for each expansion.¹ Project Jupiter shows the model under stress. A resident sued the county, arguing that the bonds were approved before the planning and zoning commission voted on the project’s zoning; a judge dismissed that suit in June 2026 but allowed it to be refiled.¹⁴ For buyers, the lesson is procedural: sequence the bond ordinance, zoning and application completeness carefully. Our guide to property taxes on data center projects covers abatement structures more generally.

Project Jupiter, led by STACK Infrastructure and BorderPlex Digital Assets near Santa Teresa in Doña Ana County, is planned to support OpenAI and Oracle.² It is the clearest example of how a gigawatt-scale project in New Mexico now unfolds.

• Power source. In 2026 the developers withdrew their air permit applications for twin gas-fired power plants and applied instead for a pared-back fuel cell microgrid.¹⁰ That is a choice to self-supply rather than wait for grid capacity; see our guide to fuel cells for data centers.
• Gas supply. The fuel cells still run on natural gas. The Commissioner of Public Lands denied a request to cross about 0.63 miles of state trust land on a 17-mile pipeline route in March 2026,¹¹ and denied a revised request in July, saying it was not in the best interest of the trust.¹⁵
• Air permitting. Even the microgrid needs an air quality permit from the New Mexico Environment Department. After more than 7,000 public comments, the department scheduled a hearing to begin October 19, 2026, ahead of a November 23 decision deadline.¹⁰ Our guide to air permits for on-site generation explains the federal and state layers.
• Water. The developers have advertised closed-loop cooling that needs an initial fill and little ongoing water, with drinking water from the Camino Real Regional Utility Authority as the main planned source; local reporting has questioned whether that system can support the project.²

The broader point is that a site with gas nearby is not the same as a site with deliverable gas. Rights-of-way, especially across state trust land, can stop a lateral even where the trunk line is close. Treat firm gas transportation and the full pipeline route as diligence items, not assumptions.

The Office of the State Engineer has jurisdiction over the appropriation and use of all surface and groundwater in New Mexico, and issues and administers water rights permits.¹⁶ A data center that needs new or transferred water rights is entering a closely managed permitting system, so the practical route is often a municipal supplier, reclaimed water or a cooling design that needs little water at all.

Scrutiny is rising. In September 2026 an analyst from the Houston Advanced Research Center told the interim Water and Natural Resources Committee that data centers in New Mexico used just over 500 million gallons a year, and that the figure could reach 23.6 billion gallons if every planned facility were built, mostly through indirect use such as cooling the power plants that serve them. The researcher also said limited disclosure from developers makes those projections uncertain, and a conservation group has challenged heavy pumping from a well used for Project Jupiter construction.⁴

For site selection, plan on low-water cooling and on disclosing water use early. Closed-loop and air-cooled designs reduce on-site draw, but regulators and the public increasingly count the water used to generate the power as well. Our guides to water rights and groundwater and water stress and drought risk go deeper.

The 2019 Energy Transition Act set a path to 100% carbon-free electricity by 2045 for investor-owned utilities such as PNM and El Paso Electric, with renewable targets of 50% by 2030 and 80% by 2040. Rural cooperatives have the same 2030 target but more time for later milestones.⁹ New load does not change those obligations, so utilities must procure clean resources fast enough to serve data centers and still comply. PNM’s 2025 resource plan already reflected that tension.³

A 2025 law, House Bill 93, added a microgrid provision giving large customers new ways to generate power behind the meter and sell excess energy to a utility.³ That is the legal backdrop for on-site supply strategies like Project Jupiter’s, and the legislators proposing a moratorium have said they also want to close what critics call a “microgrid loophole.”⁵

The political direction has shifted. In July 2026 four Democratic legislators announced plans to introduce a statewide moratorium on large-scale data center development in the 2027 session, pausing new projects while the state builds a framework for water, energy, emissions, ratepayer impact and community benefits.⁵ At the same time, PNM told lawmakers that large loads could help pay for grid modernization, and that the answer was protections such as minimum revenue requirements and exit fees rather than prohibitions.¹³ Whether a moratorium passes or not, expect more disclosure requirements and tougher contract terms. Our guide to data center moratoriums and local restrictions tracks how these proposals have played out elsewhere.

1. 01Confirm the serving utility and whether PNM, El Paso Electric or SPS has a large-load tariff in effect or pending at the Public Regulation Commission.¹³⁷
2. 02Ask what new generation your load would trigger, and whether you would be expected to pay for dedicated resources, as with El Paso Electric’s proposed plant for Meta.⁶
3. 03Map gas laterals and every parcel a new pipeline would cross, including state trust land.¹¹
4. 04Identify the water source, the rights or contract behind it and the cooling design, and be ready to disclose volumes.⁴¹⁶
5. 05If an IRB is part of the plan, line up the inducement, zoning, application and bond ordinance in a careful sequence with counsel.
6. 06Track the 2027 legislative session and local sentiment before committing significant capital.⁵

Most New Mexico screens turn on the first three rows. If you want an independent read on a specific tract, you can get a site reviewed, and our methodology explains how we weigh these factors.