A modular permanent-magnet generation, industrial control, and settlement stack proposed for Pacifico Energy's GW Ranch — the largest air-permitted power project in the United States.
An 8,000+ acre off-grid power generation campus 17 miles north of Fort Stockton in the Permian Basin. Purpose-built for hyperscale data centers and AI workloads. Pacifico Energy holds the TCEQ air permit for up to 7.65 GW — the largest in the country.
At full capacity, GW Ranch will consume 1 to 2 billion cubic feet of natural gas per day. Co-locating with Permian gas supply removes pipeline transport cost. The economic question becomes: what's the most efficient way to convert that gas into electricity sold to AI customers?
The 7.65 GW permit is an emissions envelope, not a specification for turbine equipment. Any generation architecture that fits inside the air-quality limits can be deployed. That opens the door for a modular, distributed, high-availability alternative to monolithic gas turbines.
The Franklin-Thomas Company's permanent magnet induction generator (US Pat. 10,629,367) is a 9/18-phase, zero-cogging design developed over twelve years by inventor Joe D. Shepard. Independently verified at 92.3% efficiency at the Advanced Energy test facility in North Carolina.
The architecture is built around a permanent magnet rotor with twelve neodymium segments rotating inside an eighteen-slot stator. No brushes. No gears. No belts. Two ceramic bearings, designed for twenty years of continuous duty without serviceable wear parts. Each unit pairs with a natural gas reciprocating engine to deliver continuous off-grid power.
Virien Inc. is the patent licensee with manufacturing rights at scale. The pitch to Pacifico Energy: supply 7,650 modular 1 MW units to fulfill the GW Ranch generation buildout under the existing 7.65 GW air permit.
Pacifico's project design already commits to N+2 redundancy and "five nines" of uptime. That design philosophy maps directly onto a modular generator architecture — thousands of small, identical, replaceable units running in parallel — rather than a few large gas turbines with concentrated failure modes.
The FTC permanent magnet design is built exactly this way. Twenty-year warranty. Ceramic bearings. Designed to operate continuously when paired with a natural gas engine sourced from Permian supply.
Virien holds the manufacturing license. The proposal to Pacifico: deliver the modular generation equipment, the industrial controls, and the settlement layer underneath GW Ranch.
A 400,000–600,000 sq ft facility in Texas, co-located with end demand at GW Ranch. The production line is organized as eight sequential workstations, each with parallel cells to hit a steady-state throughput of approximately forty completed 1 MW units per day.
The line starts with raw material intake (neodymium magnet stacks, copper wire, steel laminations) and ends with full-load test, certification, and containerized shipment to GW Ranch. End-to-end build cycle: roughly six hours per unit. Total production run for the 7.65 GW deployment: approximately 7,650 units across a six-month build window.
Workforce ramps from a starting team of fifty technical staff to roughly 500–1,000 production workers by the end of month three, with cross-training rotations across stations to maintain throughput during shift transitions.
Quantum Capital Group provides the senior capital position to fund the equipment-and-integration build-out alongside Pacifico's existing project finance. They earn a preferred return on deployed capital plus a participating equity stake in the generation revenue stream.
The structure clears Quantum's capital through preferred return alone, then transitions to equity sharing on operational profits across the remaining PPA term. Adjust the parameters at right to model different deal structures.
All figures are illustrative estimates derived from publicly available information on Pacifico Energy's GW Ranch development (TCEQ air permit issued January 2026), permanent magnet generator architectures (US Pat. 10,629,367), commodity pricing for neodymium / copper / steel / natural gas engines, Texas industrial electricity benchmarks, and US/Texas incentive frameworks as of May 2026. Material scaling assumptions follow published power-density laws for permanent magnet machines (non-linear with output rating). Final figures depend on Pacifico engagement, engineering specifications from Virien Inc., production capacity confirmation, PPA terms negotiated with hyperscale off-takers, and tax-equity structuring with Quantum Capital Group. This page is a proposal framework and is not affiliated with or endorsed by Pacifico Energy. Not a guarantee of outcomes.
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