Hetzner NBG1-DC8
Hetzner NBG1-DC8 is a data centre project in Sigmundstraße 135, 90431 Nürnberg. The reported operator is Hetzner Online.
Germany
Evidence reviewed 10 Nov 2026
About this location
Hetzner NBG1-DC8 is a data centre project in Sigmundstraße 135, 90431 Nürnberg. The reported operator is Hetzner Online.
Status evidence
Current named primary operating-facility roster/certificate explicitly identifies computing services at this facility. Undated primary pages are reviewed10November2026 without inventing a publication date. Operator documentation revised5October2026 explicitly says it operates24FSN1 and8NBG1 DCs and defines aDC as building/server space. Current status catalog independently names each published unit. No rack, cooler, planned structure or missing sequence number becomes a facility. Commoncampus circles express unresolved internal building positions.
Location evidence
Exact published operating DC code at the documented Hetzner park. Prior government-derived street/campus locator retained with2000m screening radius; individual building footprint is not published. Nürnberg source postcode09431 is a source typo, corrected90431 using the actual named city/street; not relocated toSchwandorf.
- Address
- Sigmundstraße 135, 90431 Nürnberg
- Country
- Germany
- Reported operator
- Hetzner Online
- Source date
- 2026-10-05
- Status observation date
- 2026-10-05
- Location uncertainty
- 2000 m radius; not a surveyed boundary
Electrical work and project outlook
Probability not assessed. Builder, electrical contractor and current procurement availability are not confirmed in the published research.
Review the original sources below for the reported operator, project status and electricity infrastructure. A listed facility does not imply an open tender.
Location and nearby places
Nearby Bulk Supply Points and substations
No substation records within 15 km.
Nearby mine sites
No mine records within 15 km.
Sources and dates
Research compiled by Elora Grid.
- 01
- 02
Data notes
Distances use published location points. Nearby records may represent separate phases of one facility. Connection capacity and commissioning require current network information.