The Digital Realty Frankfurt FRA30 Data Center, situated at Wilhelm-Fay-Straße 24, 65936 Frankfurt am Main, Germany, is a substantial facility spanning 75,000 square feet. This data center is equipped with a robust power infrastructure, offering 9 MW of accessible power. While the specific gross colocation space is not publicly available, the facility is highly connected, with 87 other data center locations identified within a 50-mile radius. It also boasts a comprehensive suite of certifications, underscoring its commitment to operational excellence and security. These include PCI-DSS, ISO 27001, ISO 50001, ISO 90001, ISO 14001, SOC 2, and SOC 3.
Located within a well-established data center hub in northwest Frankfurt, Digital Frankfurt – Wilhelm-Fay-Straße – stands as a sprawling campus featuring three state-of-the-art buildings. This campus offers a substantial 16,700m² (179,757ft²) of net technical space. Each of the three buildings is meticulously designed to house six data suites, each boasting 1,200m² (12,916ft²) of net space. Additionally, the facility provides 5,500m² (59,201ft²) of ancillary space, encompassing dedicated offices, de-box rooms, test rooms, and specialized plant areas, all contributing to a comprehensive and efficient operational environment.
Strategically positioned on a generous six-acre site, the facility is optimized for flexible plant solutions and ample dedicated car parking. A robust campus power supply of 40MVA supports a total delivered IT power of 27MW, evenly distributed across the three buildings. The three-story buildings are engineered to deliver 3MW of IT power at the cabinet level, utilizing a distributed redundant (DR) 4 to make 3 UPS system, equally spread across the two data suites on each floor. Each building is independently supported by a concurrently maintainable, medium voltage (10kV) diesel generator system, ensuring uninterrupted power. Cooling is efficiently delivered to each suite through a concurrently maintainable, N+1 capacity system, which employs a highly effective “free cooling” pumped refrigerant system, maximizing energy efficiency and reliability.
