Elon Musk has acquired APR Energy, a provider of rapidly deployable gas- and diesel-powered generation systems, in a transaction estimated at more than $1 billion. The acquisition was disclosed through a Federal Trade Commission early termination notice dated May 14, 2026. The filing identified Musk as the acquiring party, CF APR Super Holdings as the acquired party, and New APR Energy as the acquired entity.
Neither Musk nor APR Energy publicly announced the transaction when it was completed. A separate disclosure from Duos Technologies said substantially all of New APR Energy’s assets were sold to a third party on May 26.
Duos received approximately $50.4 million for its 5% non-voting interest in APR’s ultimate parent company, implying an overall transaction value of at least approximately $1 billion.
APR Energy is based in Jacksonville, Florida, and provides turnkey power-generation systems for data centers, utilities and other mission-critical infrastructure operators.
Its systems use mobile gas turbines and reciprocating engines that can be transported and installed substantially faster than conventional permanent power plants.
The company owns and operates one of the world’s largest mobile gas turbine fleets, with more than 1.1 gigawatts of generation capacity. APR has completed more than 75 projects across over 35 countries and can typically deploy its systems within 30 to 90 days, with some projects completed in as little as 15 days.
The acquisition gives Musk direct control over a substantial fxleet of power-generation equipment at a time when electricity availability has become one of the largest constraints on artificial intelligence infrastructure development.
Training and operating advanced AI models requires large clusters of specialized processors, along with significant amounts of electricity for computing, networking and cooling.
New data centers can sometimes be built faster than utilities can complete grid connections, power plants and transmission upgrades. This imbalance has encouraged technology companies to pursue temporary and on-site generation solutions.
APR’s systems can be installed behind the meter, allowing a data center to generate electricity at or near its own site rather than relying exclusively on the local electrical grid.
The company markets its systems to AI data centers and hyperscale technology companies that require continuous and scalable power while waiting for permanent utility infrastructure.
Although Musk and APR have not publicly explained the strategic purpose of the acquisition, the transaction could support the growing electricity requirements of Musk’s AI and data-center operations.
APR had already begun shifting more of its business toward data-center customers before the sale. In early 2025, the company announced the deployment of more than 100 megawatts of mobile gas turbine capacity for an unidentified U.S. AI hyperscaler.
APR later expanded its fleet beyond 1.1 gigawatts as demand from data centers and other power-intensive customers increased.
Owning APR could enable Musk’s companies to reserve generation capacity internally, coordinate equipment deployments more quickly and reduce their dependence on outside turbine operators.
The acquisition may also give Musk greater control over installation schedules, maintenance, fuel systems and the balance-of-plant infrastructure required to operate mobile power stations.
This capability could be especially valuable when constructing computing campuses in locations where adequate utility capacity may not be available for several years.
APR provides complete power systems rather than merely renting individual turbines. Its services can include engineering, transportation, installation, fuel handling, plant operations and maintenance.
The company’s turbines can function as temporary bridge power while customers wait for permanent grid connections or larger generating facilities.
In other situations, the systems can operate as longer-term electricity sources for data centers, industrial sites, utilities and infrastructure requiring continuous availability.
APR’s current business was formed after affiliates of Fortress Investment Group acquired the company’s power-generation assets at the end of 2024.
The acquired portfolio initially included 30 mobile gas turbines with approximately 850 megawatts of combined capacity. APR subsequently purchased additional equipment and increased its total generation capacity beyond 1.1 gigawatts.
The company also secured additional financing to support the expansion. In December 2025, Wingspire Capital increased APR’s revolving credit facility to $300 million, providing capital for equipment acquisitions, maintenance, refurbishment and growth initiatives.
The purchase comes as Musk’s artificial intelligence operations increase their use of dedicated natural gas generation.
The Colossus computing infrastructure supporting xAI and Grok has used mobile gas turbines to supplement available electricity from the grid.
This approach allows computing equipment to begin operating before permanent utility infrastructure is completed, but it has also attracted regulatory, legal and environmental scrutiny.
Environmental groups have alleged that turbines associated with xAI’s computing facilities were operated without required air-quality permits and could emit nitrogen oxides, carbon monoxide, formaldehyde and other pollutants.
xAI and government officials have disputed elements of those claims, including arguments that certain mobile turbines qualify as temporary equipment.
The APR acquisition could make dedicated power generation a more permanent part of Musk’s AI infrastructure strategy rather than a temporary response to delayed grid access.
Electricity demand from AI data centers has increased rapidly as companies install larger computing clusters and expand inference services used by consumers and businesses.
Utilities, developers and technology companies are evaluating combinations of natural gas, nuclear power, renewable energy and battery storage to meet projected demand.
Mobile turbines offer speed and flexibility, but natural gas and diesel generation also produce greenhouse gases and local air pollutants.
Operators may therefore need to install emissions-control technology, secure applicable permits and address concerns from surrounding communities.
APR offers emissions-abatement options for its systems. However, the environmental impact of each deployment depends on the equipment, fuel source, operating schedule, pollution controls and regulatory requirements involved.
The transaction also represents a notable expansion of Musk’s business interests into direct ownership of fossil-fuel generation assets.
Musk continues to lead Tesla, which develops electric vehicles, energy storage and solar products, while overseeing companies operating across aerospace, artificial intelligence, social media, tunneling and neurotechnology.
APR could continue serving outside customers while reserving generation capacity for Musk-controlled companies and internal infrastructure projects.
Its existing customers include utilities, data-center developers and operators of critical facilities requiring rapidly deployable and reliable power.
No changes to APR’s leadership, workforce, customer contracts or brand have been publicly detailed.
The Federal Trade Commission notice also did not identify which Musk-controlled company would ultimately own or operate the acquired assets.
The acquisition nevertheless gives Musk access to an established power-generation platform capable of deploying equipment more quickly than traditional utility-scale facilities.
As AI companies compete for processors, data centers and electricity, APR could provide Musk with another vertically integrated component of the infrastructure required to expand Grok and his broader artificial intelligence operations.
