MARA Clears FERC Approval for 1.5 Billion USD Power Plant Acquisition in Ohio

United States federal energy regulators have officially approved MARA Holdings’ acquisition of a massive 505-megawatt power plant in Ohio for 1.5 billion USD, clearing the way for the world’s largest public Bitcoin miner to take direct ownership of its electricity supply.

By Michael Nguyen | November 7, 2026

For everyday cryptocurrency investors watching Bitcoin trade at 75,697 USD and market sentiment linger at 25 in Extreme Fear, multi-billion-dollar power deals can sound like an entirely different business. Yet the price you see on your phone depends directly on how much it costs miners to keep their computer networks running. When power bills rise and mining margins tighten, smaller mining companies are often forced to dump their coins on open exchanges just to pay utility companies, creating relentless selling pressure. By taking direct ownership of its power source instead of buying electricity from commercial utilities, MARA Holdings builds a durable balance-sheet moat that keeps its mining rigs humming without triggering emergency treasury liquidations.

The Hardware/Software Landscape

Announced on November 5, 2026, the landmark regulatory approval from the Federal Energy Regulatory Commission (FERC) under Docket No. EC26-92 clears MARA to acquire Long Ridge Energy & Power LLC from FTAI Infrastructure Inc. Located along the Ohio River in Hannibal, Ohio, the site is anchored by a 505-megawatt combined-cycle natural gas power plant, with 485 megawatts currently authorized for commercial power delivery. In simple terms, a combined-cycle power station functions like an ultra-efficient two-stage engine: it burns natural gas to spin a primary turbine, captures the scorching exhaust heat that would otherwise vent into the sky, and uses that trapped thermal energy to boil water and drive a secondary steam turbine for bonus electricity.

Rather than purchasing commercial electricity across thousands of miles of public transmission lines, MARA will deploy high-density computing clusters “behind the meter” — directly wiring warehouse rows of computer servers into the power generation turbines on site. This direct connection eliminates expensive delivery tariffs and transmission surcharges levied by regional utilities. Over the past year, the company has transformed its server facilities from traditional noisy air-cooled setups into advanced liquid-immersion tanks and closed-loop hydro containers. These fluid-cooled racks allow high-performance computing hardware and artificial intelligence accelerators to run alongside custom application-specific integrated circuit (ASIC) mining machines at maximum throughput without overheating.

• 505 megawatts of nameplate generation — delivering enough baseload electrical capacity to power more than 400,000 standard American homes simultaneously.
• 1.5 billion USD transaction value — structured with FTAI Infrastructure to acquire the plant, retire project debt, and secure long-term physical property assets.
• 1,600 contiguous acres — providing extensive industrial real estate equipped with deep-water river access, commercial freight rail, and high-capacity fiber optic trunk lines.
• Over 1 gigawatt of potential capacity — doubling existing site infrastructure through planned incremental additions to support both crypto mining and AI cloud data centers.

Hashrate & Difficulty

Controlling physical power generation has become a matter of basic survival due to unprecedented competition across the global Bitcoin network. Total network hashrate — which measures the total computing horsepower deployed by miners worldwide to process transactions and secure blocks — hovers between 920 and 976 EH/s (exahashes per second), regularly brushing up against the historic milestone of 1,000 EH/s, or one full zettahash. To picture that scale, imagine nearly one billion trillion mathematical guesses being calculated every single second by millions of specialized computers spread across the globe.

Because so many miners are competing for the same fixed rewards, Bitcoin’s automated difficulty retargeting mechanism has steadily driven operational hurdles higher. On October 29, 2026, network difficulty leaped by 5.54 percent to reach 148.36 trillion. In Bitcoin’s design, difficulty acts like an automatic thermostat: when more mining computers plug into the wall, the math problems get harder so blocks continue to arrive roughly once every ten minutes. At 148.36 trillion, miners with older, less efficient hardware are finding that their machines consume more electricity than the rewards they generate. While mining analytics models project a modest downward difficulty relief adjustment of roughly 3.7 percent in mid-November, MARA’s energized operational fleet of more than 70 EH/s demands continuous, reliable baseload electricity to avoid multimillion-dollar operational bottlenecks.

Profitability Metrics

The core economic metric for every miner is hashprice, which tracks the daily revenue earned per petahash of computing power. Throughout early November, spot hashprice has traded in a compressed band between 32 and 33 USD per petahash per day. When daily revenue per machine sits at just 33 USD, the margin between operating profit and catastrophic cash drain comes down to a single variable: the cost of electricity. In professional mining, everyday survival comes down to a strict operational sequence: computing power, network difficulty, and the utility bill.

Public utility rates across North America frequently range between 0.06 and 0.09 USD per kilowatt-hour for heavy industrial consumers. At a 33 USD hashprice, any operator paying those standard grid tariffs is running at a net cash loss. In contrast, operating a combined-cycle natural gas facility behind the meter allows MARA to generate power at pure fuel production costs, which historically run below 0.03 USD per kilowatt-hour. I checked the FERC docket filing against MARA’s regulatory disclosures: the 505-megawatt nameplate rating and the 485-megawatt commercial authorization numbers match. That direct cost advantage creates substantial operating cash flow while high-cost competitors burn through their balance sheets.

Furthermore, owning an active power generator provides MARA with a valuable financial hedge. When winter storms or summer heat waves cause wholesale electricity prices on regional grids to spike, the company can dynamically scale down its computing operations and sell megawatts directly back to utility distributors at premium spot rates. This flexibility transforms electricity from a fixed operational overhead expense into an active revenue generator.

Environmental Impact

The transaction faced rigorous regulatory scrutiny before receiving federal clearance. The Long Ridge plant connects directly to the PJM Interconnection, the largest regional electric transmission grid in the United States, which coordinates electricity flow for 65 million people across 13 states. During the approval process under FERC Docket No. EC26-92, PJM’s independent market monitor raised concerns that dedicating large amounts of electrical generation to digital compute could strain local power supplies and inflate regional electricity prices for consumers.

FERC ultimately ruled that the 1.5 billion USD acquisition is consistent with the public interest after MARA formally committed to maintaining Long Ridge’s existing capacity obligations to the PJM grid. From an environmental standpoint, natural gas combined-cycle systems generate significantly lower carbon emissions than traditional coal power stations while delivering the steady, around-the-clock baseload reliability that weather-dependent renewable energy sources like wind and solar cannot guarantee. The 1,600-acre industrial site also features dedicated closed-loop cooling and water handling systems, minimizing ecological disturbance along the Ohio River basin while capturing waste thermal output for on-site facility warming.

Strategic Outlook

Federal approval of MARA’s Ohio power plant acquisition highlights a structural divide splitting the cryptocurrency mining industry. While some legacy competitors have completely abandoned Bitcoin mining to convert their data centers exclusively into artificial intelligence hosting hubs, MARA is pursuing a hybrid infrastructure model. By controlling primary energy production, the company can fluidly allocate power between Bitcoin transaction processing and high-performance AI computing depending on which sector yields the highest cash margins on any given day.

For everyday investors holding Bitcoin or other major assets like Ethereum (trading at 2,232 USD), this vertical integration provides structural stability to the entire digital asset ecosystem. When public miners operate as vertically integrated energy producers rather than distressed power buyers, they are insulated from sudden utility rate shocks and emergency solvency crises. As network difficulty remains elevated and market sentiment works through periods of extreme fear, companies that own their power plants are best positioned to protect their coin treasuries and sustain institutional blockchain security.

Michael Nguyen’s take

Securing physical generation behind the meter strikes me as the only sustainable playbook when spot hashprice sits near 33 USD. My attention turns to the final closing filings over the coming weeks to see whether commercial power delivery reaches the full 505 megawatts as planned. However, an unexpected spike in regional natural gas feedstock prices would instantly compress those operating margins and flip this plant into an expensive burden.

The cryptocurrency market remains highly volatile. This article is for informational purposes only and does not constitute financial advice.