Bitcoin miners are in a constant search for cheaper power. With hashprice trading near all-time lows, energy cost has become the single biggest determinant of whether a mining operation is profitable or not. At current hash prices of ~$35/PH, roughly 70% of the network's hash rate operates above $80,000 in production cost per bitcoin — meaning the majority of miners are either unprofitable or barely breaking even. The miners who will survive and compound through this cycle are those who can secure power at or below $0.03 per kWh.
That search is leading miners to the Waha Hub in West Texas. Waha is the natural gas pricing point for the Permian Basin, where oil is the primary target and gas is produced as a byproduct. Insufficient pipeline takeaway and a lack of in-basin demand has created a chronic oversupply that pushes spot gas prices negative. Over the last two years, Waha has traded negative 66% of the time with the 2026 YTD average sits at -$1.81/MMBtu. Converted to electricity through on-site generators, that translates to a power cost of approximately $0.002/kWh — an order of magnitude below what most grid-connected miners pay.
The challenge is that capturing Waha gas requires boots-on-the-ground execution in the oilfield: gas procurement, land access, generator deployment, data center infrastructure, and ongoing operations in a remote, harsh environment. 360 Energy is the execution layer that makes it possible. With over 20 megawatts deployed on behalf of bitcoin miners, 360 Energy handles everything from gas contracts through commissioning and ongoing O&M — delivering customers with high uptime operations and sub-$20,000 all-in production cost per bitcoin.
Cheap gas on paper does not automatically translate to cheap power in practice. Waha pricing creates an enormous theoretical advantage for bitcoin miners, but actually converting that gas into reliable, low-cost hash rate at remote oilfield sites introduces a set of challenges that most mining companies are not built to solve.
First, there is the gas itself. Securing a purchase agreement at favorable terms — spot Waha pricing with no floor and a minimal spread — requires deep industry relationships and a proven long-term track record. Miners entering the Permian that lack those relationships and operating history face an uphill battle in earning trust. The net result is an inability to structure favorable contracts, volume minimums and pricing terms that ultimately eliminate the economic benefit of negatively priced gas.
Next is the infrastructure. Each megawatt of mining capacity requires a specialized infrastructure stack including generators, data centers, fuel conditioning, networking and server selection. Acquiring the wrong hardware and deploying incorrectly is a massive risk that jeopordizes uptime. Procuring, transporting, and installing this equipment in a remote West Texas location is a logistics and EPC challenge that looks nothing like standing up a grid-connected facility.
Finally, and most importantly, are the ongoing operations. The Permian is not a data center campus. Heat, dust, and distance from major metros mean that maintaining high uptime requires field-hardened infrastructure and a dedicated operations team with deep generation and off grid mining experience — not just IT support.
For most miners, the cost and complexity of building this capability from scratch makes off grid bitcoin mining inaccessible and risky despite its clear economic advantage.
360 Energy removes every barrier between a bitcoin miner, cheap natural gas and low-cost hash rate. Rather than asking miners to become oilfield operators, 360 Energy provides the full execution stack — gas procurement, land, EPC, deployment, commissioning, and ongoing operations. This is not hypothetical, 360 Energy has been operating off-grid since 2021 with a proven track record across the lower 48. This includes 20MW+ of bitcoin miners already leveraging 360 Energy for next generation mining leveraging Waha gas.
Gas supply: 360 Energy has furnished gas and land on long term contracts with no Waha floor. When Waha trades negative — as it has for the majority of the past two years — the gas cost becomes a net positive cash flow to the operation rather than an expense.
Infrastructure: Every component in the stack has been selected and validated through years of continuous R&D and field deployment — from server selection to generation to data centers purpose-built for oilfield conditions. Miners benefit from hardware decisions that have already been de-risked through operational experience, eliminating the costly trial-and-error of building a stack from scratch.
Speed: Because the sites are already operational and permitted with excess capacity, new units can be deployed and hashing in under 3 months — a fraction of the 12–18 month timelines typical of greenfield builds or grid interconnection queues.
Operations: 360 Energy handles all ongoing maintenance, parts, and labor for the data center, servers and generators aligning 360 Energy's incentive with maximizing miner uptime and profitability.
The net result: miners get bottom-of-the-cost-curve hash rate without having to manage a single piece of the infrastructure stack.
Power Cost: ~$0.002/kWh delivered at YTD average Waha pricing. Even in a stress case with Waha at $1.00/MMBtu, the fully burdened electricity cost including generator O&M is just over $0.03/kWh — still below typical grid costs for mining operations.
Production Cost per Bitcoin: Approximately $1,300–$1,800 in direct energy and operating costs. This places the operation in the top 2% of the global mining cost curve, beating many of the publicly traded miners that produce far above $20,000 per bitcoin.
Available Capacity: 360 Energy has capacity to onboard new miners in as little as 2 weeks with greenfield sites available for miners looking for 30+ MW of off-grid capacity.
Bitcoin miners leveraging 360 Energy are redefining industry benchmarks in terms of electricity cost, bitcoin production cost and speed to deploy. These are not spreadsheet driven results, these are real results seen by existing 360 Energy clients.
Hash price compression is reshaping the mining industry. At $35/PH — roughly a third of the 5-year average of $112/PH — the margin of error for miners is razor thin. Operations running on grid power at $0.05–$0.07/kWh are either losing money or barely surviving. The miners who will emerge from this cycle in a position of strength are those locking in structurally cheap power today.
Waha gas is one of the few energy sources in the world that can deliver sub-$0.03/kWh power reliably and at scale. The pricing is not a temporary dislocation — it is a structural feature of the Permian Basin's geology and infrastructure. As long as the basin remains the most active oil play in the country, associated gas production will outpace pipeline capacity and Waha pricing will stay depressed.
360 Energy makes that advantage accessible with a 5-year proven track record off off-grid excellence. The company has built a repeatable model for turning cheap natural gas into high-uptime hash rate wherever the opportunity exists. Backed by Halliburton and trusted by operators like Hilcorp and Anschutz, 360 Energy has demonstrated that off-grid natural gas mining is not a pilot or an experiment — it is a scalable infrastructure platform that is already producing results for miners today.
The cheapest power wins in bitcoin mining. Waha gas offers some of the lowest electricity costs available to miners anywhere in the world, and 360 Energy is the execution layer that turns that gas into hash rate. With over 20 megawatts deployed, excess site capacity available today, and a proven sub-3-month deployment timeline, 360 Energy offers miners one of the fastest and most cost-effective paths to expanding their operations at the bottom of the cost curve.
Interested in deploying in Waha? Contact us at sales@360energyco.com
