Arbor Energy’s Rocket Tech to Power the AI Boom

SAN FRANCISCO, CA – March 25, 2026

A landmark agreement promises to inject a massive 5 gigawatts (GW) of clean power into America’s strained energy infrastructure, aiming directly at the voracious appetite of the booming AI industry. Clean power company Arbor Energy has partnered with infrastructure facilitator GridMarket to begin delivering this new capacity starting in 2029, leveraging a novel turbine technology with roots in rocket engine design to bypass the crippling delays plaguing traditional power projects.

The AI-Fueled Power Crisis

The digital world is running out of electricity. The rapid proliferation of artificial intelligence, the electrification of transport and industry, and the relentless growth of data centers have created an unprecedented surge in power demand. Utilities, long accustomed to flat or modest growth, are now grappling with a 2-3% annual increase in electricity demand, and forecasts show the situation is becoming critical.

Recent projections indicate that AI data centers alone could consume up to 8% of all U.S. electricity by 2030, adding an estimated 35 GW of new demand to a grid already showing signs of strain. This has created a bottleneck for economic growth, with power availability now dictating the pace of development.

“Power availability is quickly becoming the gating factor for data center and industrial development,” said Nick Davis, CEO of GridMarket, in a statement. “Our customers are increasingly looking for ways to secure new capacity faster than traditional generation timelines allow.”

The problem is not just demand, but supply. The process for bringing new, large-scale power plants online is notoriously slow, mired in years-long permitting processes and complex supply chains. Major manufacturers of conventional gas turbines report backlogs stretching six to seven years, a timeline that is untenable for tech companies racing to build the next generation of AI infrastructure.

A Rocket-Inspired Solution

Arbor Energy aims to shatter this paradigm by radically accelerating the time-to-power. The company’s solution is the HALCYON, a modular 25-megawatt (MW) turbine that ships as a single, pre-assembled unit. This approach is made possible by a design philosophy and manufacturing process borrowed directly from the aerospace industry, where Arbor’s founders previously developed rocket engines at SpaceX.

At the heart of the HALCYON is a "rocket engine-inspired powertrain" that utilizes an advanced power cycle combining oxy-combustion and supercritical CO2 (sCO2). Instead of burning fuel with air (which is mostly nitrogen), the system uses pure oxygen. This produces an exhaust stream of almost pure carbon dioxide and water. The heat from this combustion is used to pressurize CO2 into a supercritical state—a fluid-like phase that is incredibly dense—which then drives the turbine with much higher efficiency than traditional steam cycles.

This advanced sCO2 power cycle allows for a far more compact and energy-dense turbine. Crucially, it also enables Arbor to leverage 3D printing for its core components, a manufacturing technique that dramatically shortens lead times and avoids the supply chain bottlenecks associated with forging the massive, single-crystal blades required for conventional turbines. By manufacturing standardized, factory-built modules, Arbor plans to deliver gigawatts of capacity on a timescale of months, not years.

Redefining "Clean" Baseload Power

The agreement with GridMarket is for "zero-emission" power, a claim that hinges on the HALCYON's unique oxy-combustion process. Because the exhaust is a pure stream of CO2, it is inherently ready for capture and sequestration. When running on natural gas, the system is designed to capture its own emissions, resulting in an output with a carbon intensity of less than 10 grams of CO2 per kilowatt-hour—a staggering 98% reduction compared to a typical natural gas plant’s 400 grams.

This provides a source of firm, dispatchable baseload power that can run 24/7, complementing intermittent renewables like wind and solar and ensuring grid stability. However, Arbor's environmental ambitions extend further. The fuel-flexible design of the HALCYON turbine opens a pathway to truly carbon-negative operation.

The company plans for future units to run on fuels derived from waste biomass, such as agricultural residue. When this biogenic fuel is consumed and the resulting CO2 is captured and permanently stored underground, the process effectively removes carbon dioxide from the atmosphere. This positions the technology not just as a tool for reducing emissions from the power sector, but as a potential climate solution in its own right.

Scaling Up for a Power-Hungry Future

The 5 GW agreement with GridMarket, a platform that connects large energy users with power solutions, provides Arbor with a clear pipeline to deploy its technology at scale. The company expects to begin delivering power in 2029 and plans to ramp up production rapidly, aiming to ship over 100 turbines—representing more than 1 GW of new capacity—annually by 2030.

To spearhead this commercial ramp-up, Arbor has brought on Nishad Pai as its new Chief Commercial Officer. Pai brings a wealth of experience scaling new technologies, having previously led business development at the carbon removal firm Heirloom and held senior roles at Google, Amazon, and YouTube. His hiring signals a serious intent to translate technological innovation into widespread market adoption.

“What drew me to Arbor is the opportunity to apply that experience to one of the biggest challenges ahead: building more power infrastructure faster,” Pai stated. “I’m excited to help bring new capacity online at the scale and speed the market demands.”

While Arbor’s modular, factory-built approach is designed to circumvent construction and supply chain delays, the company will still face the complex web of regulatory and permitting hurdles that govern all new energy projects. However, by providing a standardized, lower-emission solution that can be co-located at data centers and industrial sites, the company hopes to streamline a process that has become a critical roadblock for the nation's energy transition and economic expansion.