INNIO Lands Record VoltaGrid Deal to Power Major Global Data Center
INNIO Group has announced the largest order by power delivery in its corporate history — a monumental 2.3-gigawatt (GW) power infrastructure project developed in partnership with VoltaGrid. The agreement marks a defining milestone for both companies as they collaborate to deliver scalable, efficient, and sustainable energy solutions for one of the world’s largest data centers, serving the rapidly expanding artificial intelligence (AI) and digital infrastructure markets.
The project will consist of 92 modular power packs, each capable of delivering 25 megawatts (MW) of output. Together, they form a 2.3 GW distributed power network that will provide prime, backup, and peak-load energy support. This order not only represents INNIO’s largest single project to date but also positions the company at the forefront of powering the AI revolution — an era that demands high-density, low-latency, and resilient energy systems.
“This landmark order underscores the strength of INNIO’s technology and our ability to power the AI revolution with smart, high-performance energy solutions,” said Dr. Olaf Berlien, President and CEO of INNIO Group. “We are proud to partner with VoltaGrid in shaping the energy infrastructure of tomorrow.”
Nathan Ough, CEO of VoltaGrid, echoed this sentiment, emphasizing the transformative nature of the collaboration. “This is a major step toward building the energy infrastructure for the AI era,” he said. “Together with INNIO, we’re delivering a scalable solution that combines grid-grade performance with ultra-fast response, zero battery reliance, and near-zero criteria air emissions. Our partnership provides the speed, reliability, and sustainability required to power next-generation data centers.”
Accelerating the Energy Backbone of the Digital Economy
The exponential growth of AI and high-performance computing (HPC) is driving unprecedented energy demand across global data centers. As digital workloads become more complex and energy-intensive, traditional grid systems are struggling to keep pace. INNIO and VoltaGrid’s joint solution directly addresses this challenge by providing an adaptable, high-capacity power infrastructure designed for continuous operation and peak flexibility.
INNIO’s Jenbacher technology sits at the core of the project, delivering reliable distributed generation that can support mission-critical applications even under extreme environmental conditions. The system offers a fully integrated energy platform capable of managing prime power generation, standby redundancy, and load balancing without the need for separate systems or battery storage. This integration simplifies deployment and ensures uninterrupted performance, a crucial factor for data centers operating around the clock.
Engineered for Performance, Efficiency, and Sustainability
One of the defining features of INNIO’s solution is its ability to sustain full power output and efficiency even in ambient temperatures up to 122°F (50°C). This makes it ideal for data centers located in high-temperature regions, where maintaining performance consistency is often a major technical challenge.
Equipped with advanced control systems and dynamic load management, the Jenbacher-based platform can rapidly adapt to fluctuating energy demands — such as those caused by variable AI workloads — without compromising performance. The technology’s superior transient response ensures smooth power transitions and minimizes the risk of interruptions or system instability.
According to INNIO, the system’s operational efficiency outperforms alternative technologies by up to 10 percentage points. Across the full 2.3 GW installation, that translates to fuel savings exceeding USD 300 million annually. This level of efficiency not only reduces operational costs but also contributes significantly to emissions reduction, aligning with the sustainability goals of both companies and their clients.
A Scalable Model for the AI-Driven Future
The INNIO–VoltaGrid collaboration reflects a broader industry shift toward modular, decentralized energy architectures. As data centers become the new backbone of global economic activity, their energy demands are increasingly outpacing traditional utility infrastructure. The 2.3 GW project serves as a blueprint for the next generation of power solutions — scalable, distributed, and engineered for flexibility.
By eliminating reliance on grid-based energy and battery storage, the system offers immediate deployment advantages. It reduces permitting complexities, shortens construction timelines, and allows for seamless scalability as computing capacity expands. This capability is particularly valuable for hyperscale and colocation data centers that must rapidly adjust to evolving AI and cloud workloads.
VoltaGrid’s expertise in mobile and distributed energy complements INNIO’s technological foundation, enabling the creation of a fully integrated, turnkey energy platform. The collaboration brings together VoltaGrid’s field-proven power generation systems and INNIO’s deep engineering capabilities in high-efficiency gas engines, forming a partnership that merges innovation with real-world operational experience.
Strengthening INNIO’s Position in the U.S. Energy Market
This landmark order reinforces INNIO’s growing presence in the United States — a market experiencing explosive growth in data center construction and energy infrastructure investment. As AI and cloud computing accelerate, U.S. data centers are projected to double their power consumption over the next decade. INNIO’s modular and efficient power systems provide a critical pathway for operators seeking reliable, low-emission alternatives to grid-based electricity.
For VoltaGrid, the project further expands its role as a leader in distributed energy solutions for industrial, commercial, and digital sectors. The company’s focus on rapid deployment, operational agility, and environmental responsibility aligns seamlessly with INNIO’s mission to deliver sustainable, high-performance energy systems.
Powering the Path Forward
With this record-breaking 2.3 GW order, INNIO and VoltaGrid are setting a new benchmark for the scale and sophistication of distributed power generation. The project’s combination of efficiency, scalability, and sustainability represents a transformative step in how large-scale computing facilities approach energy infrastructure.
In an era where artificial intelligence and data-driven technologies are redefining global industries, the ability to deliver clean, flexible, and reliable power has become a strategic advantage. INNIO’s latest milestone demonstrates how advanced energy engineering can keep pace with digital innovation — powering not just data centers, but the entire ecosystem of intelligent technologies that depend on them.
