#Poland #WBS Power #Lublewo #Data Center Campus #Baltic Data Center

WBS Power's New Data Center Campus

WBS Power is initiating a transformative project by developing a vast data center campus with an ambitious target capacity of 3.2 GW in Lublewo, located in the municipality of Choczewo, northern Poland. This project, known as the Baltic Data Center Campus, is positioned to be the largest data center venture of its kind in Poland, and one of the most significant in Europe, as stated by Maciej Marcjanik, the CEO of WBS Power.

Strategic Infrastructure Development

This strategic move not only fortifies WBS Power's position in the hyperscale data center sector but also aligns with the growing demand for energy-intensive applications such as artificial intelligence (AI) and high-performance computing (HPC). The company plans to deliver a robust, low-emission energy infrastructure that will facilitate the burgeoning needs of AI and cloud-based services.

Hubert Bojdo, the CFO of WBS Power, remarked about the project, emphasizing that it represents a natural progression in their growth strategy. He noted, “Building this infrastructure is pivotal for supporting the upcoming phase of global digital transformation.” The preparations leading to this project have spanned several months, involving meticulous planning for investment, selecting an optimal location, and securing suitable land for development.

Phased Construction Approach

WBS Power intends to execute this project in four phases, each capable of generating 800 MW of power. Each phase will be equipped with energy infrastructures dedicated to AI workloads, as well as integrations of renewable energy sources and Battery Energy Storage Systems (BESS). Emphasizing sustainability, the project aims to comply with stringent ESG standards, focusing on energy efficiency and security. Furthermore, the facilities will be designed to encourage collaborations with hyperscalers and cloud service providers, enhancing their operational capabilities.

Preparatory work for all four phases is expected to conclude by the end of 2027, with the first data center anticipated to be operational between 2028 and 2029. Marcjanik explained, “The accelerated growth of AI is driving the demand for large-scale data centers backed by cutting-edge infrastructure.”

Sustainable Energy Sources

The Baltic Data Center Campus will be strategically located near one of Poland’s largest electrical substations. Power for the campus will predominantly come from conventional sources, bolstered by renewable energy, with future expansions potentially incorporating nuclear energy to ensure a stable long-term supply of energy. Hubert Bojdo noted that the digital revolution necessitates new, large-scale infrastructures, which drove the careful site selection for this campus, ensuring accessibility to robust electrical capacities and a diverse energy mix in the present and future.

WBS Power’s Legacy in Energy Infrastructure

This isn't WBS Power's debut endeavor in such expansive projects. The company is concurrently developing a 500 MW data center project in Finsterwalde, Germany, designed to meet the growing demands of Germany's own data center market. With over 15 years of expertise in energy infrastructure development, including renewable projects and high-voltage network infrastructure, WBS Power is committed to creating a new European landscape for AI infrastructure.

Concluding his insights, Marcjanik expressed pride that a Polish company can significantly contribute to Europe's energy transition and digital evolution, enhancing its economic competitiveness and technological independence.