Arbor and GridMarket Partner to Deliver 5 GW of Zero-Emission Baseload Power for Infrastructure Projects
Arbor Energy, a company focused on developing advanced clean power technologies, has announced a strategic agreement with GridMarket, a leading facilitator of energy and infrastructure projects, to supply up to 5 gigawatts (GW) of zero-emission baseload power beginning in 2029. The collaboration aims to address the rapidly growing demand for reliable electricity among large-scale energy users, including data centers, manufacturing facilities, logistics hubs, and other industrial operations that require continuous and dependable power supplies.
The partnership represents a significant step toward solving one of the most pressing challenges facing the global energy landscape today: the widening gap between electricity demand and the availability of new power generation capacity. As digital infrastructure expands and industries transition toward electrification, electricity consumption is rising at an unprecedented pace. Emerging technologies such as artificial intelligence, high-performance computing, and cloud-based services are driving a surge in energy requirements, particularly from hyperscale data centers. At the same time, manufacturers and logistics operators are electrifying processes and fleets as part of broader decarbonization strategies.
GridMarket works with large energy consumers to secure reliable, cost-effective power resources that can support major infrastructure developments. Through its platform, the company connects energy buyers with generation projects, helping accelerate the development of power solutions for facilities that require dependable electricity at scale. By partnering with Arbor, GridMarket will add a new source of clean, dispatchable power that can be deployed more rapidly than traditional generation technologies.
One of the biggest obstacles facing new power generation projects today is the lengthy timeline required to bring facilities online. Conventional power plants often take several years to move from planning to operation due to complex permitting processes, supply chain constraints, and construction challenges. These delays are becoming increasingly problematic as industries seek faster ways to secure power for rapidly expanding operations.
Arbor’s technology platform is designed specifically to address these challenges by dramatically reducing the time required to deploy new electricity generation. The company has developed modular power systems that can be manufactured in a streamlined process and installed more quickly than traditional plants. By using advanced manufacturing techniques and a modular architecture, Arbor aims to significantly accelerate time-to-power while maintaining reliability and efficiency.
At the center of Arbor’s approach is its HALCYON turbine, a 25-megawatt (MW) power generation unit designed to deliver flexible and scalable electricity production. The HALCYON system is shipped as a pre-assembled turbine that incorporates extensive use of 3D-printed components. This innovative manufacturing approach reduces production complexity, shortens supply chains, and allows the company to build turbines faster than conventional power equipment.
Because the turbine is delivered as a largely pre-assembled unit, installation and deployment timelines can also be reduced. Once delivered to a project site, the system can be integrated into the local energy infrastructure more quickly than traditional generation systems that require extensive on-site assembly and construction.
The modular design of the HALCYON turbine also allows projects to scale incrementally as energy demand grows. Individual turbines can be deployed independently to serve smaller facilities, or multiple units can be combined to create larger power plants capable of delivering hundreds of megawatts of electricity. This flexible approach enables developers to expand generation capacity in phases rather than committing to a large, centralized power plant from the outset.
Another key feature of the HALCYON system is its fuel-flexible architecture. The turbine is designed to operate using natural gas with zero-emission performance characteristics, while also maintaining the potential to transition toward carbon-negative operations over time. This adaptability allows the system to support current energy needs while aligning with long-term climate and decarbonization goals.
By combining rapid manufacturing with modular deployment and fuel flexibility, Arbor believes its technology can play an important role in addressing the growing demand for reliable, low-emission power. The agreement with GridMarket will provide a pathway to deploy this technology at scale, supporting infrastructure projects that require continuous baseload electricity.
Nick Davis, Chief Executive Officer of GridMarket, emphasized the increasing urgency of securing reliable power sources for major infrastructure developments. According to Davis, many organizations are encountering significant delays in accessing new electricity capacity through traditional generation projects.
“Power availability is quickly becoming the gating factor for data center and industrial development,” Davis explained. “Our customers are increasingly looking for ways to secure new capacity faster than traditional generation timelines allow. Arbor’s system adds a new option for bringing baseload power online as demand continues to grow.”
The partnership is expected to support a wide range of industries that depend on continuous electricity supply. Data centers, in particular, are expected to play a major role in future power demand growth. As artificial intelligence applications expand and cloud services become more integral to global business operations, the energy requirements of digital infrastructure are projected to increase substantially over the coming decade.
Industrial sectors such as manufacturing and logistics are also driving electricity demand as they adopt electrified equipment, automated systems, and energy-intensive production processes. Ensuring that these industries have access to reliable and sustainable power sources will be critical for economic growth and industrial competitiveness.
In addition to announcing the partnership with GridMarket, Arbor also revealed a key addition to its executive leadership team. Nishad Pai has joined the company as Chief Commercial Officer, bringing extensive experience in business development, partnerships, and commercialization of emerging technologies.
Before joining Arbor, Pai served as Head of Business Development and Partnerships at Heirloom, a carbon removal company focused on scaling technologies that capture carbon dioxide directly from the atmosphere. During his time there, he helped secure and scale hundreds of millions of dollars in carbon removal agreements, working with organizations seeking long-term climate solutions.
Pai’s professional background also includes leadership roles at major technology companies such as Google, Amazon, YouTube, and Adobe. In those positions, he played a role in developing partnerships, expanding technology platforms, and bringing innovative products and services to market.
At Arbor, Pai will be responsible for building the company’s commercial pipeline and establishing strategic partnerships as the HALCYON turbine moves closer to full production. His focus will include working with utilities, infrastructure developers, and major energy consumers to deploy Arbor’s power generation technology across multiple sectors.
“I’ve spent much of my career helping bring new technologies to market, from large-scale software platforms to emerging energy solutions,” Pai said. “What drew me to Arbor is the opportunity to apply that experience to one of the biggest challenges ahead: building more power infrastructure faster. I’m excited to help bring new capacity online at the scale and speed the market demands.”
Arbor plans to expand production significantly over the coming years as demand for its modular turbine systems grows. The company expects to ramp up manufacturing capacity as it moves toward commercial deployment of the HALCYON technology.
By 2030, Arbor aims to ship more than 100 turbines per year, representing more than 1 gigawatt of new power generation capacity annually. This level of production would enable the company to play a meaningful role in meeting the rapidly increasing electricity demand from digital infrastructure, industrial facilities, and energy providers seeking resilient and flexible generation resources.
The additional generation capacity is expected to support a diverse group of energy users, including utilities looking to strengthen grid resilience and organizations seeking distributed power solutions that can operate independently of centralized power plants. Distributed baseload generation can help improve reliability by reducing dependence on large, single-site facilities while enabling power to be produced closer to where it is needed.
As the global energy transition continues, technologies that combine clean energy generation with faster deployment timelines are expected to become increasingly valuable. The collaboration between Arbor and GridMarket highlights the growing need for innovative approaches to power infrastructure that can keep pace with expanding electricity demand.
By leveraging modular manufacturing, advanced turbine design, and strategic partnerships with energy project facilitators, Arbor aims to deliver scalable, zero-emission power solutions capable of supporting the next generation of infrastructure development. The agreement with GridMarket marks an important milestone in that effort, providing a pathway to deploy up to 5 gigawatts of new clean baseload power in the years ahead.
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