Superconductors Address Capacity Constraints for Data Centers
Superconducting cables can significantly enhance energy supply for data centers, enabling new location options in urban areas. As the demand for data centers is expected to double by 2030, these technologies are crucial for meeting increasing power needs and improving energy efficiency.
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Superconducting cables offer a solution for the limited energy supply at densely populated data center locations. Traditional connections struggle with the integration of new facilities requiring over 100 MW, particularly in areas like Frankfurt.
The German government's data center strategy anticipates a doubling of connection capacity by 2030, necessitating a rapid expansion of infrastructure and innovative technology adoption. Superconductors, including High-Temperature Superconductors (HTS), can transmit significantly more power compared to conventional copper cables, reducing the need for high-voltage systems.
Projects like 'Ampa City' and 'Super Link' are demonstrating practical applications of this technology in urban settings. The compact design of superconducting systems allows for easier installation and reduced environmental impact, thus promoting efficient and sustainable expansion of data centers.
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