PERMIAN BASIN · NEW MEXICO & WEST TEXAS

Turn electrical capacity into Bitcoin mining power.

NMMINE.COM helps businesses assess, install, and maintain Bitcoin mining hardware at existing facilities connected to the power grid.

INDUSTRIAL POWER.BITCOIN MINING HARDWARE.01 / 05
FIELD NOTE 001GRID-POWERED HARDWARE

From site review to steady operation

Planned for your site.
Built for the real world.

A successful mining setup takes more than hardware. We consider your site, electrical service, cooling, and operating costs to create a practical installation plan.

01 / SOURCE
↗

Mining hardware sourcing

Find the right Bitcoin mining hardware and plan equipment purchases around your project needs.

Discuss this service ↗
02 / ASSESS
⌁

Site & power review

Review available power, electricity costs, wiring needs, and possible site upgrades.

Discuss this service ↗
03 / DEPLOY
⌗

Hardware installation & setup

Coordinate qualified electrical contractors, equipment installation, cooling, networking, and setup.

Discuss this service ↗
04 / SUPPORT
⌁

Monitoring & maintenance

Ongoing checks, troubleshooting, hardware care, and help keeping equipment running.

Discuss this service ↗

A fit for existing facilities

Built around the
places that power
the Permian Basin.

The Permian’s established energy and industrial base makes it worth evaluating for Bitcoin mining. An existing grid connection and competitive electricity contract may help, but local rates, capacity, and upgrade costs vary by site.

Oilfield businessesManufacturing facilitiesWarehousesIndustrial propertiesCommercial property owners
Map highlighting the Permian Basin across West Texas and southeastern New Mexico
Permian Basin region · West Texas and southeastern New Mexico

POWER COSTS SHAPE THE PROJECT

Illustrative electricity scenarios

At a continuous 1 MW load, each 1¢/kWh equals about $7,300 per month in energy charges. These examples show sensitivity to price; they are not local quotes.

Rate assumptionEnergy cost per month*What it means
4¢/kWh$29,200Lower-cost scenario to evaluate
6.35¢/kWh$46,355Texas 2025 industrial average benchmark
8¢/kWh$58,400Higher-cost scenario; margins tighten

*Energy only, at 1 MW for 730 hours. Excludes demand charges, delivery, taxes, fees, cooling, equipment, and downtime. EIA’s 6.35¢ figure is a statewide average, not a Permian Basin offer or forecast. Actual all-in rates depend on the utility, contract, service class, and site. Source: U.S. EIA, 2025 average prices by state and customer type ↗

Why operators evaluate the Permian

01

Industrial sites and power access

Existing facilities may have useful service and space. Confirm spare capacity, interconnection requirements, and upgrade costs with the serving utility.

02

An established energy economy

The region’s energy workforce and industrial service network can make site assessment and project coordination more practical.

03

Power cost can be modeled

Compare a firm, all-in electricity offer against operating and equipment costs before committing capital. Texas averages do not predict an individual site’s rate.

A POWERHOUSE FOR THE REGION — AND THE WORLD

PERMIAN BASIN
IS KING!

World-class energy production meets some of the nation’s most competitive industrial electricity costs.

5.85¢

per kWh · New Mexico industrial average

New Mexico recorded the lowest average industrial electricity price among U.S. states in 2025. The national average was 8.51¢/kWh.

48%

of U.S. crude oil production

The Permian produced 6.6 million barrels per day in 2025, supplying nearly half of U.S. crude oil production and helping fuel energy markets around the world.

Electricity figures are statewide averages, not a Permian Basin quote. The Basin spans Texas and New Mexico; actual rates, demand charges, available capacity, and service reliability vary by utility, contract, and site. EIA industrial electricity prices ↗ · EIA Permian production data ↗

BLM photo by Wendy Brown · New Mexico Permian Basin ↗

Bitcoin mining revenue changes with Bitcoin’s price, network competition, and operating uptime. This information is for project evaluation, not investment advice or a promise of returns.

A clear path from
site to switch-on.

One point of contact keeps the project moving from the first conversation through installation and ongoing help.

01

Share your facility

Tell us where the site is and what you know about its power and equipment.

↘
02

Review your power and costs

We look at available power, electricity costs, cooling needs, and site details.

↘
03

Make an installation plan

Get a clear outline and cost estimate based on your facility and its needs.

↘
04

Install and support

We coordinate installation and setup, then provide ongoing support.

↗

Local knowledge. Practical service.

Industrial work
takes clear thinking.

Let’s talk about your site ↗
01

Rooted in the Permian Basin

Focused on businesses and facilities across southeastern New Mexico and West Texas.

02

One point of contact

Work with one team from the first site review through installation and ongoing help.

03

Plans based on your site

Practical recommendations based on your existing power and site conditions.

04

Clear scope and costs

Clear cost estimates that account for your site and ongoing expenses.

05

Power from the grid

We install Bitcoin mining hardware at sites connected to the power grid. No generators or other power systems.

Tell us about your facility

Let’s see what
your site can support.

Share a few details and we’ll follow up to discuss your facility and potential next steps.

Based in Artesia, New Mexico
Serving southeastern New Mexico & West Texas

Your facility details help us understand whether an assessment may be a fit.