Lyten plans feasibility study and development of a major energy storage manufacturing and R&D hub centered in Gdańsk
Lyten, a pioneering force in advanced materials and next-generation energy storage solutions, has announced its intention to establish a major industrial hub in Poland, signaling a significant expansion of its European footprint. This move reflects the company’s broader strategy to integrate cutting-edge energy technologies with digital infrastructure to meet the rapidly growing global demand for energy, artificial intelligence (AI), and advanced manufacturing capabilities.
As part of its initial roadmap, Lyten plans to conduct a comprehensive feasibility study in 2026. This study will evaluate key factors such as manufacturing requirements for its diverse product portfolio, opportunities for public-private partnerships, and the energy and utility infrastructure needed to support large-scale industrial operations. The proposed industrial hub will be centered around Lyten Dwa, the company’s existing energy storage production facility and research and development (R&D) center located in Gdańsk. This facility is expected to serve as the nucleus for future expansion, innovation, and collaboration.
The Poland initiative follows closely on the heels of Lyten’s earlier announcement in February 2026 regarding the establishment of its first industrial hub in Skellefteå, Sweden. This Swedish hub is being developed at the site of the former Northvolt Ett plant, which Lyten recently acquired. The Skellefteå facility represents a bold and ambitious vision, combining large-scale battery manufacturing with a high-capacity data center that is expected to reach up to 1 gigawatt (GW). The data center will be developed in collaboration with EdgeConneX, a global leader in digital infrastructure.
Once fully operational, the Swedish industrial hub is projected to attract more than $10 billion in additional infrastructure investment. Beyond its financial impact, the hub is also expected to play a critical role in regional economic development by generating substantial employment opportunities and supporting the growth of adjacent industries. This model of combining manufacturing with digital infrastructure is central to Lyten’s long-term vision and will be replicated in Poland.
According to Dan Cook, CEO and co-founder of Lyten, the company is positioning itself at the forefront of a new era in infrastructure development. He emphasized that the convergence of rising global energy demand, the proliferation of AI data centers, and increasing defense spending is creating unprecedented opportunities for innovation. By establishing strategically located industrial hubs, Lyten aims to integrate its proprietary advanced materials and battery energy storage systems with AI-driven digital infrastructure.
Cook highlighted that Poland offers a compelling combination of skilled talent, robust infrastructure, and a strong appetite for public-private collaboration. These factors make Gdańsk an ideal location for the company’s next major industrial hub. The city’s strategic position within Europe, along with its established industrial base, further enhances its attractiveness as a center for innovation and manufacturing.
Currently, Lyten operates what is considered Europe’s largest battery energy storage system (BESS) manufacturing facility in Gdańsk. At this site, the company produces its flagship Voltpack Mobile System (VMS), a modular and AI-powered energy management solution. The VMS is designed to deliver consistent and reliable power by intelligently orchestrating multiple energy sources, including solar, wind, generators, batteries, and grid power. Its ability to respond within milliseconds makes it particularly well-suited for applications requiring high reliability and flexibility, such as data centers and critical infrastructure.
The proposed industrial hub in Poland will not be limited to energy storage systems alone. Lyten is also exploring the inclusion of several other innovative products that leverage its patented supermaterials, particularly its proprietary 3D graphene technology. Among these are lithium-sulfur batteries, which are being developed for use in autonomous systems such as drones, robots, and satellites. These batteries offer significant advantages in terms of energy density, weight, and sustainability compared to traditional lithium-ion technologies.
In addition, Lyten is evaluating the production of ultra-high-strength 3D printing filaments and adhesives. These materials are designed for use in demanding sectors such as defense, aerospace, and motorsports, where performance and durability are critical. Another promising innovation is Lyten S Cure, a concrete additive that enables the production of high-strength concrete with a reduced carbon footprint. This technology has the potential to play a key role in the development of sustainable commercial, industrial, and critical infrastructure projects.
Robert Chryc-Gawrychowski, CEO of Lyten Poland, underscored the unique value proposition of combining manufacturing with AI data centers within a single industrial ecosystem. He noted that while manufacturing creates significant employment opportunities, it also requires substantial capital investment. Conversely, AI data centers involve high capital expenditure but typically generate fewer jobs. By integrating these two elements, Lyten aims to deliver the benefits of both sectors while preparing local economies for the transformative impact of AI.
Chryc-Gawrychowski emphasized that this hybrid model not only drives economic growth but also enhances resilience by diversifying industrial activity. It positions regions like Gdańsk to remain competitive in a future increasingly shaped by digital technologies and automation.
On March 20, Lyten hosted a welcome ceremony at its Lyten Dwa facility in Gdańsk, marking an important milestone in its expansion journey. The event brought together leaders from both the public and private sectors across Poland and the European Union. This was the first such gathering since Lyten acquired the facility in the fourth quarter of 2025, and it served as a platform to showcase the company’s vision and foster collaboration.
Notable attendees included Andrzej Domański, Mieczysław Struk, and Piotr Grzelak. Their presence highlighted the strong institutional support for Lyten’s initiatives and the broader recognition of the strategic importance of advanced manufacturing and energy technologies.
In conclusion, Lyten’s plan to establish an industrial hub in Poland represents a significant step forward in its mission to reshape the future of energy and infrastructure. By leveraging its expertise in supermaterials, energy storage, and AI integration, the company is creating a new model for industrial development—one that combines innovation, sustainability, and economic growth. As the feasibility study progresses and plans take shape, the Gdańsk hub has the potential to become a cornerstone of Europe’s next-generation industrial landscape.
