GridMarket & Arbor Target 5 GW for Data Centers Amid Energy Crisis

NEW YORK, NY – March 25, 2026 – In a move aimed squarely at the burgeoning energy crisis facing the world's digital infrastructure, energy solutions provider GridMarket has announced a strategic partnership with clean power innovator Arbor Energy. The collaboration targets the delivery of five gigawatts (GW) of zero-emission baseload power, starting in 2029, directly to data centers and hyperscalers within GridMarket’s client pipeline.

The partnership arrives at a critical juncture for the tech industry, where the explosive growth of artificial intelligence and cloud computing is placing unprecedented strain on aging power grids. Power availability has surpassed nearly all other concerns, becoming the primary bottleneck for the expansion of data centers, which form the backbone of the global digital economy.

GridMarket, which uses data and AI to optimize energy strategies for high-demand users, will act as a market facilitator, connecting Arbor's cutting-edge technology with its extensive network of data center operators and developers. “Data center operators are actively seeking alternative, reliable energy solutions to meet power and growth demands,” said Nick Davis, GridMarket CEO, in the announcement. “Arbor Energy’s technology stands out as a compelling solution, and our partnership reflects our commitment to delivering scalable, cleaner power options.”

For its part, Arbor Energy is developing a novel power generation system designed for exactly this challenge. “Working with GridMarket gives us a direct path to customers and helps accelerate our deployment,” stated Brad Hartwig, CEO and Co-Founder of Arbor Energy. “They have a deep understanding of large-scale energy demand and procurement, and their reach makes them a strong partner as we bring our turbines to market.”

The Unquenchable Thirst for Power

The scale of the data center industry's energy consumption is staggering and accelerating at a pace that is rapidly outstripping the capacity of traditional utility infrastructure. According to the International Energy Agency (IEA), global electricity demand from data centers, AI, and cryptocurrencies could easily double by 2026. Some projections are even more stark, with forecasts from major financial institutions suggesting data center power demand could surge by 175% by 2030, largely driven by power-hungry AI workloads.

An AI-optimized server rack can consume 40 to 100 kilowatts (kW) of power, a dramatic increase from the 5-15 kW required by traditional server racks. A single large hyperscale facility can require over 100 megawatts (MW) of continuous power, equivalent to the consumption of nearly 80,000 homes. This insatiable demand is creating significant grid stability challenges in key markets. In regions like Northern Virginia, Ireland, and Singapore, moratoriums and delays on new data center connections have become common as local grids struggle to cope.

This reality has forced a strategic shift within the industry. Instead of simply plugging into the public grid, data center operators are now compelled to become sophisticated energy procurers, seeking dedicated, on-site, or near-site power solutions that offer reliability, scalability, and increasingly, a low-carbon footprint. The partnership between GridMarket and Arbor Energy is a direct response to this paradigm shift, aiming to create a new supply chain for clean, dependable power that operates independently of grid constraints.

A New Generation of Power

At the heart of the partnership is Arbor Energy's HALCYON turbine, a 25-MW power generation system that represents a fundamental rethinking of turbine technology. The system leverages two key innovations: oxy-combustion and a supercritical CO2 (sCO2) power cycle. Instead of burning fuel with air (which is mostly nitrogen), oxy-combustion uses pure oxygen. This results in an exhaust stream of almost pure carbon dioxide and water, making carbon capture vastly more efficient and cost-effective than in traditional power plants.

The captured CO2 is then used as the working fluid in a closed-loop sCO2 cycle. When held above its critical temperature and pressure, CO2 enters a supercritical state where it has the density of a liquid but flows like a gas. This makes it a highly efficient medium for driving a turbine. The U.S. Department of Energy has noted that sCO2 power cycles have the potential for higher thermal efficiencies and significantly smaller physical footprints compared to conventional steam-based systems.

The result is a modular power plant that produces zero on-site operating emissions. Furthermore, the HALCYON turbine is fuel-flexible, capable of running on everything from natural gas to hydrogen. When powered by a fuel like biomass, the system can become carbon-negative by permanently sequestering the resulting CO2, a capability that has already attracted carbon removal purchase agreements from major corporate coalitions.

An Ambitious Blueprint for Rapid Deployment

The goal of delivering 5 GW of new capacity—equivalent to the output of five large nuclear reactors—beginning in 2029 is exceptionally ambitious. Traditional power plant development is notoriously slow, often taking the better part of a decade when factoring in permitting, supply chain delays, and construction. Arbor and GridMarket are betting they can shatter that timeline.

Arbor’s strategy hinges on a manufacturing approach inspired by the aerospace industry, where many of its engineers gained experience at companies like SpaceX. The HALCYON turbine is designed to be a modular, factory-produced unit. By leveraging advanced techniques like additive manufacturing (3D printing), Arbor aims to bypass the long-lead-time components and supply chain backlogs that plague the conventional turbine industry. The company's goal is to scale production rapidly, with its first commercial turbine expected online in 2028 and a target of shipping over 100 units annually by 2032.

This is where GridMarket's role becomes crucial. Its platform acts as a matchmaker, using data to identify ideal project sites and connect Arbor's ready-to-deploy solution with a pre-vetted pipeline of clients whose power needs align with the technology. This model aims to de-risk and streamline the entire process from procurement to deployment, accelerating what would otherwise be a complex, bespoke project development cycle.

This approach places the partnership in a dynamic and competitive landscape. Data centers are also exploring other clean firm power options, including small modular reactors (SMRs) and hydrogen fuel cells. However, Arbor's technology aims to hit a sweet spot of zero-emission baseload power with a potentially faster deployment timeline and smaller footprint than many alternatives, offering a compelling path forward for an industry that needs power now.

Redefining the Energy Supply Chain

Ultimately, the GridMarket-Arbor alliance represents more than just a technology deal; it showcases a new business model for accelerating the energy transition. As centralized grids struggle to keep pace with decentralized demand, strategic partnerships that bridge the gap between technology innovators and large energy consumers are becoming indispensable.

GridMarket is positioning itself as a critical enabler in this new ecosystem. By identifying, validating, and structuring deals around next-generation solutions like the HALCYON turbine, the firm provides a vital service to clients who need to secure massive amounts of reliable, clean power but may lack the in-house expertise to navigate the complex and rapidly evolving landscape of emerging energy technologies. This curated approach helps ensure that capital and demand are funneled toward the most promising and scalable solutions.

For an industry built on speed and data, the ability to secure power quickly and predictably is paramount. The collaboration between GridMarket and Arbor Energy is a calculated effort to build a parallel energy infrastructure capable of powering the next wave of digital growth, demonstrating a viable path for critical industries to meet their aggressive expansion and sustainability goals simultaneously.