#Poland #AI Infrastructure #Data Centers #WBS Power #Choczewo

WBS Power's Big Leap into Hyperscale Data Centers

WBS Power S.A. has announced plans to create a hyperscale data center campus in Lublewo, located in the Choczewo municipality in northern Poland. This ambitious project aims for an impressive 3.2 gigawatts (GW) of energy capacity, positioning it as not only the largest of its kind in Poland but also one of the most significant endeavors across Europe. The CEO of WBS Power, Maciej Marcjanik, emphasized this project as a pivotal step forward, both for the company and the region's digital infrastructure.

The Vision Behind the Baltic Data Center Campus

The Baltic Data Center Campus is set to redefine energy infrastructure, specifically tailored to meet growing demands in artificial intelligence (AI) and cloud computing. WBS Power is committed to establishing a robust, stable, and low-emission energy network that will underpin this cornerstone of future technology. Financial Director, Hubert Bojdo, highlighted that this initiative aligns with their long-term growth strategy, leveraging years of expertise to foster the next wave of digital transformation.

Project Preparation and Planning

The planning phase for this groundbreaking project has spanned several months, encompassing a comprehensive investment concept, site selection, and land acquisition. The chosen location supports flexible scaling of operations across various technological setups, while also ensuring access to adequate energy resources. The construction will roll out in four distinct phases, each targeting a capacity of 800 MW. Each phase will feature its own dedicated energy infrastructure for AI workloads, alongside the integration of renewable energy solutions and battery energy storage systems (BESS).

Moreover, the design and implementation adhere to the highest environmental, social, and governance (ESG) standards, ensuring energy efficiency and security. WBS Power is keen to collaborate with global hyperscalers and cloud providers, setting the stage for a truly modern data center campus.

Timeline and Future Developments

Preparatory work for all project phases is expected to be completed by the end of 2027, with the first data center anticipated to commence operations by 2028 or 2029. The fast-paced growth of AI technology is driving demand for hyperscale data centers, and ensuring a reliable infrastructure with substantial power supply is key. As emphasized by Maciej Marcjanik, the integration of renewable energy sources and storage solutions will be vital for sustaining competitive advantage in next-generation hyperscale projects.

Strategic Location and Energy Sources

The Baltic Data Center Campus will be situated near one of Poland's largest substations, benefiting from a diversified energy mix that will include not only conventional sources but also renewable energies and, in the long run, nuclear power. Hubert Bojdo remarks that the digital revolution necessitates infrastructure of unprecedented scale, and every aspect of the site selection has been meticulously considered to ensure long-term energy reliability and diversity.

WBS Power's Broader Impact

This isn't WBS Power's first foray into data centers. The company is also advancing the Finsterwalde Data Center project in Germany, which will have a capacity of 500 MW, designed to meet the surging demand for efficient and integrated hyperscale solutions in the German market. With over 15 years of experience in developing energy infrastructure, WBS Power is capitalizing on trends shaping the future of AI and data centers across Europe.

By contributing to the digital and energy transformation in Europe, WBS Power plays a crucial role in enhancing the continent's economic competitiveness and technological independence.

Conclusion

In summary, the Baltic Data Center Campus exemplifies a strategic enhancement of energy infrastructure aimed at supporting the digital economy's inevitable expansion. WBS Power's vision not only meets current demands but also paves the way for future advancements in technology and sustainability. As the project unfolds, it may very well set a new benchmark for data center developments throughout Europe and beyond.